| DOSE: |
20 mg |
oral |
2C-E |
(powder / crystals) |
The following is my experience with 2-CE.
Let me first start off by giving you some facts about myself. I am a nineteen year old male living happily with my girlfriend of 4 years. I smoke weed daily and have experiences with Alcohol, Ecstacy, Opium, Cocaine,Crack Cocaine DXM, Nutmeg, Salvia, Hashish, Mushrooms, Oxycodone, and LSD. I take drugs (hallucinogens, more specifically) to experiment with different perspectives on life, experiment with different levels of conscienceness, and to help think about personal problems with deeper insight. With that said hopefully you can understand my experience with a better point of view.
My girlfriend (we'll call her J) and I, had planned to go camping for our next 2 days off. We had planned on getting some LSD from a friend for the trip and, since it had just begun to get warm for Spring, hopefully have fun outdoors in the warm weather. The day before we planned on going our friend decided to keep the LSD for himself. Oh well, I guess we're out of luck, we'll just wait until next time.
The very next day I receive an envelope in the mailbox containing 100mg of 2-CE crystals (funny how that timing worked, huh?). Needless to say we were excited. We had planned on just being alone and trying it but a few friends showed up, so there were 5 of us in total. We are the closest group of friends and we are very open about our new found 2-CE powder.
 I took 20mg, J took 15, and my other friends all took about 10-15 mg. We all got glasses of water to mix the powder in and then we all drank. It was 12am exactly when we downed our glasses. By the way i mixed my powder with about 2 cups of water and it had a slight chemical taste, ... no worse than chewing an ecstacy tablet.
[Erowid Note: A volume amount of one powder doesn't necessarily weigh the same as the same volume of another powder. For substances active at such a small dose, eyeballing is particularly unwise. See related article]
12:30am - We are all sitting upstairs in a room at my apartment, we have some black lights on and are listening to some mellow music (mostly the Dead, some Phish, and a some live Mark Waters). None of us really know what to expect but we all can tell that something is going to happen, everyone is very social and most of us are laughing-- except me, I am deep in thought about EVEYTHING, this is how I know I am beginning to trip. Everyone has a 'glow' about them, like something big is going to take over as soon as we relax a little and let the drug kick in to its fullest. It does feel like the start of an acid trip.. but different, much more mellow, but mostly just 'different'.
1:15am - We decided to smoke some weed, from here on I lose track of time until about 4am. I dont really recall if it went slow or fast, but I know that I got alot of thinking done in that time. Although I have read reports about 2-ce being like ecstacy and LSD combined, I do not feel that is accurate at all. I felt like I was tripping, pretty hard actually, but if I tried I could easily become 'normal' again.
While sitting in my apartment the visuals were very mild, I would see maybe a Light in my peripheral vision, or colors would be extra vibrant. I felt slightly detached from my human body, not in a bad way, but in a way I never experienced before. It was deffinately not an 'out-of-body' experience, but it was the closest thing I've had to one. Auditory hallucinations are very obvious and loud, but not overwhelming, not at all. It sounds like noises are coming from outside but I can clearly hear them over the music and over everybody talking as if they were coming from right next to me, at the same time I could clearly overhear conversations and follow the music.. it sounds weird but that's the best description I could give.
Everybody keeps telling me to talk but I dont feel the need or want to talk, I would sometimes ignore people trying talking to me altogether, I was just too deep in thought to converse with anyone. I thought of how my life was going, I thought about every possibly wrong thing I am doing with my life at this point. I was disappointed with myself for not going to the gym recently. I had stopped a few months ago. For some reason during my trip I felt like weed was demotivating me, and I became completely ashamed of myself. Thinking of this makes me slightly sick to my stomach... I realize that it must just be from the 2-CE, and quickly forget about the slight pain in my stomach. I keep thinking, mostly negative thoughts and negative views on my life, I still dont know why. I felt like I thought years worth of thoughts in only a few hours, although the actual time I dont really know.
4am - At this point I had gotten tired of thinking and keeping to myself so I decided to talk with J and my friends. Wow, I am really awake and observant, visuals are still apparent, I feel like I have a new, improved, clearer view on everything, I feel fantastic. I feel like I can perfectly read everyone else in the room, I feel like I can see everyone for who they really are, and for how stupid they really act, I feel smarter and better than anyone else in the room, and I am deffinately the coolest person here. Again, I dont know why I got so much pleasure from thinking this as it is usual not my personality. It felt great nonetheless.
4:30am - A walk on the bike path running behind my house and through the dark forest... sounds like a fun idea. I'm feeling like I am coming down, almost completely, as we leave the upstairs room to go outside. It's slightly cold outside, like I said before, it just started getting warm for spring. It's dark, REALLY dark, but I can see the sky just as Blue as ever... I realize how hard I am still tripping... as we walk onto the bike path and into the woods the hallucinations kick in, hard. Visuals are clean and organized.. unlike acid where everything is usually messy and unorganized. Auditory hallucinations are GREAT! I can hear things breathing, I hear growls from the woods, I hear yells and whispers from the trees, and I hear wind blowing hard... we stop and stare at the sky for a few minutes before making our way back home. No one says anything the whole way, but we all know what each other are thinking. Very cool.
I watched the sun come up and enjoyed all the open-eye visuals outside in the light. The trees looked colorful and amazing, the ground was rippling and the grass was swaying because of all the energy pouring out of everything, I could not directly see the energy, but I could see clear ripples of it pulsating out of the earth (almost like how you can see heat rise up off a hot surface). I went to bed with J finally at about 7am. We had sex, which felt pretty amazing, but not as good as while on Ecstacy. We had forgotten about time and before We knew it it was 8:30 am.. I was still getting visuals laying in my bed, but i went to sleep effortlessly.
Day after/Hangover effects - I had a bit of a headache the next day, but overall I felt refreshed and renewed, ready to have a great day. Smoking weed seems to have no effect on me.. this usually happens after a good acid trip, too. Hopefully that side effect wears off soon.
24 hours later - I take the rest of the 2CE with J, we each get about 10mg. The effects are just as pronounced, but not as strong. Very good though, to say the least. The next day I get a headache again, along with some depressing thoughts. Overall I feel this drug is no more harsh on my body than going on a short Pot/alcohol binge for a night. I could be wrong, but this drug feels 'clean'.
Conclusion - I like 2CE. I would buy it again. Not right away, but sometime in the future.I felt like I could handle alot more than 20 mg next time. It is comparable to ecstacy... but different, it is comparable to LSD, but different. I dont feel it is for eveyone and I didn't find 2CE to be recreational.  Be safe, and do your research, especially with these reasearch chemicals.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Binmap: scanning file systems with Binmap
2016 RMLL Security Track
Serge Guelton
Sébastien Renaud
2016 RMLL Security Track
Serge Guelton
Sébastien Renaud
Needs to audit a smartphone, where to start?
$ find / -name '*.so' | \
while read so; do \
nm -CD "$so" | grep strcpy && echo $so ; \
done
Similar commands to find libraries with:
strcpy
, system
)In the end we may want to build:
A Simple Tool that:
Nothing more :-)
https://github.com/quarkslab/binmap
Tested on Linux & Windows
Supported Binary Formats:
- ELF
- PE
$ binmap scan /usr/local -o local.dat
or
$ ./binmap scan --chroot ./extracted_fs -o image.dat
The graph + metadata is represented as serialized C++ data structure, NoDB™
$ ./binmap view -i local.dat -o local.dot
Python binding:
>>> import blobmap
Load the db:
>>> blobs = blobmap.BlobMap('local.dat')
And the last scan result:
>>> blob = blobs.last()
Inspect nodes:
>>> clang_metadata = blob['/usr/local/bin/clang']
>>> str(clang_metadata)
clang: 8fcffc4a97cd4aaa1a32938a9e95d3b253476121(13223 exported symbols)(1303 imported symbols)(1 hardening features)
>>> clang_metadata.hash
8fcffc4a97cd4aaa1a32938a9e95d3b253476121
>>> clang_metadata.hardening_features
{'fortified'}
⇒ regexp on .rodata
:-/
Find binary that may be interesting:
>>> max(blob.items(), key=lambda item: score(item[1]))
Using:
>>> LOOKATME = 'strcpy', 'system'
>>> def score(node):
return (len(s.imported_symbols.intersection(LOOKATME)) -
len(s.hardening_features))
Find all binaries that load a given shared library
Using:
>>> [n.name for n in b.induced_predecessors('/lib32/libc.so.6')]
Compare two snapshots of a system
>>> blob0, blob1 = list(blobs.values())[-2:]
>>> diff = blob00.diff(blob1)
>>> diff.added
{'/.../libmy1.so'}
>>> diff.removed
{'/.../libmy0.so'}
>>> diff.updated
{'/.../myprog'}
:'(
) + OpenMP (optional)Boost.Python
sqlite
as a backendhttps://github.com/quarkslab/binmap


{% extends 'tomhealth/layout.html' %} {% load static %} {% block content %} Look better Feel Better Happy Living Contact us Products {% for product in products %} {{product.name}} View Product {% empty %} Ooops! No products for the selected category {% endfor %} {% endblock content %}
{{product.name}}
Ooops! No products for the selected category


Oliver Inn Access Portal
Enter your voucher code, then click Login to access the internet & your room key:


Goshawk
Goshawkdb client.
Static Method Summary
| Static Public Methods | ||
| public static |
connect(url: string, connectionOptions: *): Promise<GosConnection, Error> Connects to the websocket port of a goshawkdb server. |
Static Public Methods
public static connect(url: string, connectionOptions: *): Promise<GosConnection, Error> source
Connects to the websocket port of a goshawkdb server. See the goshawkdb documentation for more information.
Params:
| Name | Type | Attribute | Description |
| url | string | the url of the websocket endpoint. e.g. wss://localhost:9999/ws |
|
| connectionOptions | * | in node.js, the connection options are used to make the connection.
They are for the WS module and are defined here.
The options should include |
Return:
| Promise<GosConnection, Error> | A promise that resolves with a connection or rejects with an error. |


miniPaint
Undo
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In computer graphics, you can draw an object and transform it with a coordinate system.
In this demo, you can transform the object such as rotating and translating.
In addition, you can design cube with Texture Mapping.
Adjust the state of the cube, and enjoy the fun of computer graphics!
Your Vision |
ControlsThe Speeds Of rotX: 0 The Speeds Of rotY: 0.02 The Speeds Of rotZ: 0 The Coordinate Location Of X: 0 The Coordinate Location Of Y: 0 The Coordinate Location Of Z: 0 |


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Tired of the ocean? Are the plains too plain? Come along with us on one of our mountain adventures. Here are some pictures from people who have had elevated experiences with is.
Tired of the ocean? Are the plains too plain? Come along with us on one of our mountain adventures. Here are some pictures from people who have had elevated experiences with is.
Bacon ipsum dolor amet cow sirloin beef, shank kielbasa rump fatback. Turkey ball tip shankle leberkas, corned beef venison tongue ribeye biltong.
Pig picanha tail pork chop, cow ball tip flank andouille pastrami ham hock. Meatball tri-tip chicken pork chop capicola turkey. T-bone brisket tongue chuck, rump short.
 Pork belly drumstick ham hock tenderloin.
Prosciutto tongue tail frankfurter t-bone shank short loin pork belly picanha biltong. Porchetta turducken corned beef ribeye bacon fatback.
Tired of the ocean? Are the plains too plain? Come along with us on one of our mountain adventures. Here are some pictures from people who have had elevated experiences with is.
Tired of the ocean? Are the plains too plain? Come along with us on one of our mountain adventures. Here are some pictures from people who have had elevated experiences with is.
Tired of the ocean? Are the plains too plain? Come along with us on one of our mountain adventures. Here are some pictures from people who have had elevated experiences with is.
Andouille burgdoggen turkey cupim jerky beef shoulder chicken. Short ribs bresaola tenderloin pork tail pork belly. Jowl ground round short loin, buffalo flank short ribs burgdoggen andouille ham pig pork. Flank corned beef pork loin leberkas, landjaeger beef capicola andouille ham.


WebUI is a little different to most other CSS frameworks due to an emphasis on flexibility and creativity. Although most frameworks do attempt to provide flexibility, they often enforce a particular approach or style, and come with too many limitations. WebUI has been build from the ground up with flexibility as the primary goal - even the components are made that way. WebUI is a system that allows you to invent new designs, and provides simple building blocks to construct much larger CSS components. Complex data entry forms can be created in a precise layout using the built-in grid system that doesn't throw any surprises. Add responsive behaviour exactly where you want it, with the flexibility to create fixed non-responsive layouts or layout sections.
Blockquote heading
Blockquotes look great with a little formatting and colour using WebUI classes.
— Blockquote footer
Example of subscript
H 2O
Example of superscript
17 th Jan 2017
This is small text.
This is medium text.
This is large text.
This is a accent coloured text example.
This is a success coloured text example.
This is a info coloured text example.
This is a warning coloured text example.
This is a danger coloured text example.


Event Information
Contact: {{ event.ctAssigned }} Event Name: {{ event.title }} Start Date: {{ event.start }} End Date: {{ event.end }} All Day Event: {{ event.all_day }}
Requested Assets
Number of Laptops: {{ event.laptopsRequested }} Projector Requested: {{ event.projectorRequested }}
Assigned Assets
Hardware: {{ event.hwAssigned }} Configuration: {{ event.configAssigned }} Cases: {{ event.caseAssigned }} Airbill: {{ event.abAssigned }}
Shipping and Transitions
Ship Date: {{ event.dateShipped }} Location: {{ event.site }} Next Event: {{ event.nextEvent }} Transition To: {{ event.Transition_To_Event }} Transition From: {{ event.Transition_from_event }}


Reformatted Transcript:
"{{title6|showWord|makeString|split|makeString|showWord|makeString}}" (XXXXX Tr.) at xx:xx -xx:xx.
{{title6 | split |makeString |showNum }}
Results:
Words in Both:
{{matches | findMatches: title :title2|unique}}
Words in First Box:
{{title|split|unique}}
Words in Second Box:
{{title2|split|unique}}
Alphabetical order:
{{title5 | split | orderBy:'toString()' }}
Begins with:
{{title7|showNum}}
¶


My project
This is a rudimentary attempt to learn MEI and some of its applications.
Click here for audio: Clicking on a measure will connect to a recording by DR Vokalensemblet, The Danish National Vocal Ensemble conducted by Stephen Layton, on YouTube.
Click here for word pronounciations Clicking on linked words in the block text will trigger an audio file of the word's pronunciation.


| Cgan Real Synth Data | |
|---|---|
| 0 | pallid of and enchanted- can my sign above enchanted- sign floating for of of opened followed followed of gave all faintly laden |
| 1 | plainly token followed of mortal others but open tint open velvet thy lost followed followed floating sign and and of laden nodded |
| 2 | faintly to of ill above others tint mortal enchanted- mortal grew followed your of cried above nodded ? tint followed of pallid |
| 3 | silence dirges sign followed of fluttered- and of perched tint mortal of of good 't fiery followed followed ! startled stern ! |
| 4 | only many for flitting and of stern followed above tint tint opened nothing followed followed ! of grim above can tint saintly |
| Dcgan Real Synth Data | |
|---|---|
| 0 | there- fancy little disaster been 't you lore late shall store chamber uncertain '' never window |
| 1 | ' ev'ry december so or bleak get nepenthe my , , get - quoth many lordly bleak fiend |
| 2 | many undaunted fancy one sainted saw taken lifted- '' obeisance is reclining angels quaff '' lordly lent on |
| 3 | curious in craven morrow ! me- books plume quaint guessing dirges many of and faintly before- |
| 4 | stately air much what straight stately dying hopes plume echo visitor let hath will beating i unto undaunted lore thee- |
| Infogan Real Synth Data | |
|---|---|
| 0 | life clasp mortal chamber art flutter on gave |
| 1 | ; my peering 's |
| 2 | lore footfalls grew bird master |
| 3 | chamber spring bird |
| 4 | murmured methought gold tinkled window the plume dying |
| Seqgan Real Synth Data | |
|---|---|
| 0 | bust at beast out some drawn . |
| 1 | `` shutter raven , many from gloated |
| 2 | lies - . nothing thee- token |
| 3 | black a taken , marvelled most the marvelled nothing |
| 4 | i was ; |
| Textgan Real Synth Data | |
|---|---|
| 0 | loneliness gold of hath others gold of merely forgiveness fearing seen lenore- kind -- forgiveness of seeming our wondering merely velvet |
| 1 | forget bring before- devil bore bore hath all sainted of grim now silence aidenn bring in presently sent before- terrors kind seeming |
| 2 | all heard seat when both kind velvet this merely nightly presently beguiling all morrow rare devil devil pass morrow merely forgiveness lenore |
| 3 | merely december volume surcease now myself of curious this curious bring this sure bore beguiling merely forgiveness kind hath tempter devil depth |
| 4 | bore nodded flung gold feather seat just lenore- both curious his all spoke before- spoke spoke depth before- spoke december kind depth |


Web Developer
Feel free to browse through some of the applications that I have created. Click on the image to be taken to the deployed application page.


Inserting a Document
The following guide will step you through the process of connecting to MongoDB and inserting a document.
Prerequisites
Before you start this guide, ensure you have installed the driver and MongoDB is running on localhost. You can test that MongoDB is up and running by connecting to it with the MongoDB shell.
$ mongo --host localhost MongoDB shell version: 2.4.10 connecting to: localhost:27017/test >
The Basics
The following code example creates a new mongoc_client_t that we will use to communicate with MongoDB. The Connection String URI component is quite comprehensive.
Using our mongoc_client_t, we get a handle to a mongoc_collection_t which represents the remote collection. We create a new document, initialized with an _id and a field named hello and insert it into the test.test collection.
Lastly, we release all of our heap allocated structures.
example3.c
#include <bson.h> #include <mongoc.h> #include <stdio.h> int main (int argc, char *argv[]) { mongoc_client_t *client; mongoc_collection_t *collection; mongoc_cursor_t *cursor; bson_error_t error; bson_oid_t oid; bson_t *doc; mongoc_init (); client = mongoc_client_new ("mongodb://localhost:27017/"); collection = mongoc_client_get_collection (client, "test", "test"); doc = bson_new (); bson_oid_init (&oid, NULL); BSON_APPEND_OID (doc, "_id", &oid); BSON_APPEND_UTF8 (doc, "hello", "world"); if (!mongoc_collection_insert (collection, MONGOC_INSERT_NONE, doc, NULL, &error)) { printf ("%s\n", error.message); } bson_destroy (doc); mongoc_collection_destroy (collection); mongoc_client_destroy (client); return 0; }
Let's use GCC and pkg-config to compile example3.c.
gcc -o example3 example3.c $(pkg-config --cflags --libs libmongoc-1.0)
When using the MongoDB C Driver, you must call mongoc_init() at the beginning of your application. This allows the driver to initialize it's required subsystems. Failure to do so will result in a runtime crash.
Now let's run it!
./example3
Let's make a query with the MongoDB shell now and see what happened!
[christian@starpulse ~]$ mongo MongoDB shell version: 2.4.10 connecting to: test > use test switched to db test > db.test.find({}) { "_id" : { "$oid" : "534cde1a4f05ea4055d4cd4c" }, "hello" : "world" } > bye


◆ SubsystemManager()
| frc.robot.SubsystemManager.SubsystemManager |
( |
final List< Subsystem > |
allSubsystems, |
|
|
final boolean |
ignoreLogger |
|
) |
| |
a manager class to handle all of the individual subsystems
- Parameters
-
| allSubsystems | – a list of subsystems in order of importance. Dependent subsystems should be reset before their parents |
| ignoreLogger | – ignores the initialization of the logger and any subsequent errors it may generate |
◆ addLoggingSource()
| void frc.robot.SubsystemManager.addLoggingSource |
( |
final List< Logable > |
toLog | ) |
|
Registers any additonal logables to be logged when the robot is enabled.
- Parameters
-
| toLog | the list of logable classes to pull data from |
◆ createLogging()
| void frc.robot.SubsystemManager.createLogging |
( |
| ) |
|
|
private |
◆ logTelemetry()
| void frc.robot.SubsystemManager.logTelemetry |
( |
| ) |
|
Runs a pass of the reflection based logger over all substems
◆ onStop()
| void frc.robot.SubsystemManager.onStop |
( |
| ) |
|
Calls the onStop method for all subsystems to put the robot into an open loop control mode
◆ outputTelemetry()
| void frc.robot.SubsystemManager.outputTelemetry |
( |
| ) |
|
Runs the output telemetry method on all subsystems to communicate data
◆ register()
| void frc.robot.SubsystemManager.register |
( |
Loop |
loop | ) |
|
◆ registerDisabledLoops()
| void frc.robot.SubsystemManager.registerDisabledLoops |
( |
Looper |
disabledLooper | ) |
|
◆ registerEnabledLoops()
| void frc.robot.SubsystemManager.registerEnabledLoops |
( |
Looper |
enabledLooper | ) |
|
◆ resetAllSubsystems()
| void frc.robot.SubsystemManager.resetAllSubsystems |
( |
| ) |
|
Resets all subsystems in the order that they were registered with the subsystem manager. If the order is incorrect determinism during the reset may be lost
◆ logger
◆ mAllSubsystems
| final List<Subsystem> frc.robot.SubsystemManager.mAllSubsystems |
|
private |
◆ mIgnoreLogger
| final boolean frc.robot.SubsystemManager.mIgnoreLogger |
|
private |
◆ mLoops
| final List<Loop> frc.robot.SubsystemManager.mLoops = new ArrayList<>() |
|
private |
The documentation for this class was generated from the following file:


This page is a landing page for those who have installed Jenkins via its OS X installer
The installer sets up Jenkins as a launch daemon, listening on port 8080. (If you want to know more about launchd and daemons, see here and here.)
Changing boot configuration
The launch daemon picks up the command line options from a standard preferences file, /Library/Preferences/org.jenkins-ci.plist
. If the file does not exist, built-in defaults are used. The preference files are manipulated using the standard utility defaults.
- To view all settings in the file, run:
defaults read /Library/Preferences/org.jenkins-ci
- To get the value of a single setting, run:
defaults read /Library/Preferences/org.jenkins-ci SETTING
- To set the value of a setting, run:
sudo defaults write /Library/Preferences/org.jenkins-ci SETTING VALUE
- For more information, see
man defaults
See Starting and Accessing Jenkins for various command line options that Jenkins support.
Supported Settings
The list of settings supported by the Jenkins launch daemon (see documentation):
- prefix
- httpPort
- httpListenAddress
- httpsPort
- httpsListenAddress
- ajp13Port
- ajp13ListenAddress
Additionally, you can set also these:
- war (Full path name to jenkins.war file.)
- heapSize (Passed to java command-line -Xmx parameter.)
- permGen (Passed to java command-line -XX:MaxPermSize parameter.) (SINCE 1.455?)
- JENKINS_HOME (Full path to JENKINS_HOME directory where Jenkins keeps its files)
Starting/stopping the service
- To manually start the daemon:
sudo launchctl load /Library/LaunchDaemons/org.jenkins-ci.plist
- To manually stop the daemon:
sudo launchctl unload /Library/LaunchDaemons/org.jenkins-ci.plist
Inheriting your existing Hudson/Jenkins installation
If you'd like your new installation to take over your existing Jenkins/Hudson data, copy your old data directory into the new JENKINS_HOME directory.
Java and OS X 10.9 Mavericks or 10.10 Yosemite
Oracle Java 8 on Mavericks or Yosemite needs Apple's Java 1.6 to function. However, all of the symlinks in /usr/bin point to Java 1.6, so when a Jenkins tries to run via /Library/Application Support/Jenkins/jenkins-runner.sh, it launches using Java 1.6. To run under Java 8, you need to do the following:
- Install Apple's Java from http://support.apple.com/kb/DL1572
- Install Oracle Java 8
- Edit jenkins-runner.sh:
- Add the line:
export JAVA_HOME="/Library/Internet Plug-Ins/JavaAppletPlugin.plugin/Contents/Home"
- Change the last two lines to read:
echo "/Library/Internet Plug-Ins/JavaAppletPlugin.plugin/Contents/Home/bin/java" $javaArgs -jar "$war" $args exec "/Library/Internet Plug-Ins/JavaAppletPlugin.plugin/Contents/Home/bin/java" $javaArgs -jar "$war" $args
- Add the line:
Jenkins will now run using Java 8.
Uninstall Jenkins
To uninstall Jenkins service from your Mac OS X computer, execute uninstall script from terminal:
'/Library/Application Support/Jenkins/Uninstall.command'


This project aims to represent all fractals in Javascript
I use Canvas for the representation. The d3.js library is extensively used.
If you want to contribute and add features, join on github.
A nice project by Adam Pierce about Zoomable Sierpinski Triangle with d3.js
Author: Christopher Chiche (website)


U.S. Department of Veterans Affairs | eScreening Health Assessment (Ver 1.0)
Import VistA Clinic List from VistA
Clinics that appear in dropdown downboxes and throughout the eScreening are from VistA. Use the button below to import any new clinics into the system. A message will indicate the number of new clinics added to the system, if any.
Import Clinic List
Import from VistA
Import Clinical Reminder List from VistA
Clinical Reminder names that appear in dropdown downboxes and throughout the eScreening are from VistA. Use the button below to import any new clinical reminder names into the system. A message will indicate the number of new clinical reminder names added to the system, if any.
Import Clinical Reminder List
Import Note Title List from VistA
Note Titles that appear in dropdown downboxes and throughout the eScreening are from VistA. Use the button below to import any new note titles into the system. A message will indicate the number of new note titles added to the system, if any.
Import Note Titles List
Other Configuration
Manage Alerts
Health Factors List from VistA
Health Factors that appear in dropdown downboxes and throughout the eScreening are from VistA. Use the button below to import any new health factors into the system. A message will indicate the number of new health factors added to the system, if any.
Import Health Factors List
Help
Help
Welcome Last Name, First Name | Logout
* This wireframe provide the workflow, the structure, and the interaction between some specific pages and sections in the eScreening project and it's covered all the interaction between the application features and behaviours.
* Some of the interaction between pages may require using a specific rules and steps in order to demonstrate.
* This wireframe still in progress.
IMPORTANT NOTE - Click to Expand
System Configuration
Import Clinic List
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| Package | Description |
|---|---|
| kieker.common.util.classpath |
Copyright 2020 Kieker Project (http://kieker-monitoring.net)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
| kieker.tools.common |
Copyright 2020 Kieker Project (http://kieker-monitoring.net)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
| kieker.tools.source |
| Modifier and Type | Method and Description |
|---|---|
static <C> C |
InstantiationFactory.createWithConfiguration(java.lang.Class<C> implementedInterface,
java.lang.String className,
Configuration configuration)
This is a helper method trying to find, create and initialize the given class, using its
public constructor which accepts a single
Configuration . |
| Modifier and Type | Method and Description |
|---|---|
protected abstract void |
AbstractEmbeddableService.logError(ConfigurationException e)
Log exceptions to the UI.
|
| Modifier and Type | Method and Description |
|---|---|
protected abstract boolean |
AbstractLegacyTool.checkParameters(com.beust.jcommander.JCommander commander)
Check all given parameters for correct directory and files path, as well as, all other values
for fitness.
|
protected abstract T |
AbstractEmbeddableService.createTeetimeConfiguration()
Create and initialize teetime configuration for a service.
|
protected abstract T |
AbstractService.createTeetimeConfiguration()
Create and initialize teetime configuration for a service.
|
protected abstract int |
AbstractLegacyTool.execute(com.beust.jcommander.JCommander commander,
java.lang.String label)
Execute the core part of a tool or service.
|
protected int |
AbstractService.execute(com.beust.jcommander.JCommander commander,
java.lang.String label)
Execute the tool.
|
| Modifier and Type | Method and Description |
|---|---|
static ISourceCompositeStage |
SourceStageFactory.createSourceCompositeStage(Configuration configuration)
Create a source stage based on the given configuration.
|
| Constructor and Description |
|---|
MultipleConnectionTcpSourceCompositeStage(Configuration configuration)
Create a composite reader stage.
|
RestServiceCompositeStage(Configuration configuration)
Create a source composite stage for rest services.
|
Copyright 2020 Kieker Project, http://kieker-monitoring.net


Home
About
Work
Publications
Contact
Civic Ventures LLC
Publications
Austin Statesman Op-Ed;
Guest Article
Sierra Club Blog
Primary Blogger
Student to Student
UC Davis Guest Article
Austin Chronicle
Guest Article


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
GH Gunther Huettlin Manufacturing Inc.
Legal Name:
GH Gunther Huettlin Manufacturing Inc.
Operating Name:
GH Manufacturing Inc.
Mailing Address:
101 Petrie Pl.BELLEVILLE, Ontario
K8N 5T3
Location Address:
101 Petrie Pl.BELLEVILLE, Ontario
K8N 5T3
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Company Profile
Warehousing, Distribution and Contract Packaging Services.
Display Ready Pallet production for club stores i.e. Costco, Sam's, BJ's, etc.
Shrink wrapping, bundling, displays, samples, flow wrapping, etc.
Polyethylene drawstring bag converting
Polyethylene wicket bag converting
Full profile
Full profile
Contact information
Company description
493110 - General Warehousing and Storage
561910 - Packaging and Labelling Services
Product / Service / Licensing
Available also as printed sheets for advertising.
o Shrink Wrapping Shrink wrap is applied around your product by our automated equipment. It is then heated through a heat tunnel for shrinking. Perfect for multi-pack items or as a closure to ensure your products are not tampered.
o Pouching GH can package your product in a bag printed or unprinted using our automatic equipment. Perfect for premium samples and small products for individual sale.
o Cartoning Semi-automatic cartoning equipment seals your cartons with hot-melt. Big or small GH can do it all.
o Labelling Applying labels to your product using semi-automatic equipment efficiently.
o Manual Assembly Assembly, kitting, etc. our trained team can provide a cost effective solution.
o Bagging Semi-automatic bag sealing equipment provides a secure seal. Polyethylene or polypropylene printed or unprinted GH can package and seal your products.
o Display Ready Pallets (DRP) Four-way shoppable pallets for club stores. GH can turn your brown box products efficiently into club store formats.
o Floor Stand Displays Used to merchandise product and make your product stand out from the competition. GH can assemble, load and ship your floor stands direct to your customers.
o Point of Purchase (POP) Displays A product merchandiser designed to hold product and influence purchase at retail GH can assemble, load and ship POP displays direct to your customers.
o Repacks Experienced in repacking your product efficiently and effectively.
o Inspections GH Team is experienced in inspecting your products to pre-defined specifications/instructions.
o Direct Shipping Using Canada Post or any of the couriers GH can ship your product to your customers. As e-commerce grows let us be your partner for an effective way to ship your products.
o Direct mail programs GH can provide from full to partial service on your direct mail programs. With many partners we can help make your direct mail programs a success.
o Web-based fulfillment Let GH be your fulfillment partner we can warehouse, pack and ship your products allowing you to focus on sales and growing your business.
o Bulk sample packaging No order is too big for GH. Bulk ship us your product to be packed in a variety of ways using our semi-automatic equipment.
Market profile
Industry sector market interests:
- Consumer Products
Geographic markets:
Export experience:
- United States
- New Jersey
Sector information
Total plant size:
includes 40,000 square foot warehouse
Key / Major clients:
Hygienic product manufacturers for drawstring bagsBakery, food producers for drawstring bags
Club store suppliers for co packing services
Training facilities & marketing companies for smartsheets.
Success stories:
Currently supplying a customer with drawstring bags that has set their product apart from the competition and given them double digit market share beating out even the biggest competitors.Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
493110 - General Warehousing and Storage
561910 - Packaging and Labelling Services
Products, services and licensing
Product / Service / Licensing
Available also as printed sheets for advertising.
o Shrink Wrapping Shrink wrap is applied around your product by our automated equipment. It is then heated through a heat tunnel for shrinking. Perfect for multi-pack items or as a closure to ensure your products are not tampered.
o Pouching GH can package your product in a bag printed or unprinted using our automatic equipment. Perfect for premium samples and small products for individual sale.
o Cartoning Semi-automatic cartoning equipment seals your cartons with hot-melt. Big or small GH can do it all.
o Labelling Applying labels to your product using semi-automatic equipment efficiently.
o Manual Assembly Assembly, kitting, etc. our trained team can provide a cost effective solution.
o Bagging Semi-automatic bag sealing equipment provides a secure seal. Polyethylene or polypropylene printed or unprinted GH can package and seal your products.
o Display Ready Pallets (DRP) Four-way shoppable pallets for club stores. GH can turn your brown box products efficiently into club store formats.
o Floor Stand Displays Used to merchandise product and make your product stand out from the competition. GH can assemble, load and ship your floor stands direct to your customers.
o Point of Purchase (POP) Displays A product merchandiser designed to hold product and influence purchase at retail GH can assemble, load and ship POP displays direct to your customers.
o Repacks Experienced in repacking your product efficiently and effectively.
o Inspections GH Team is experienced in inspecting your products to pre-defined specifications/instructions.
o Direct Shipping Using Canada Post or any of the couriers GH can ship your product to your customers. As e-commerce grows let us be your partner for an effective way to ship your products.
o Direct mail programs GH can provide from full to partial service on your direct mail programs. With many partners we can help make your direct mail programs a success.
o Web-based fulfillment Let GH be your fulfillment partner we can warehouse, pack and ship your products allowing you to focus on sales and growing your business.
o Bulk sample packaging No order is too big for GH. Bulk ship us your product to be packed in a variety of ways using our semi-automatic equipment.
Market
Market profile
Industry sector market interests:
- Consumer Products
Geographic markets:
Export experience:
- United States
- New Jersey
Sector
Sector information
Total plant size:
includes 40,000 square foot warehouse
Key / Major clients:
Hygienic product manufacturers for drawstring bagsBakery, food producers for drawstring bags
Club store suppliers for co packing services
Training facilities & marketing companies for smartsheets.


Home
Create Account
LogOut
Order History
Customer Name
Tracking Number
Location
State
Zip Code
Order Cost
Dr. White
CF452E42
Edwardsville
IL
62025
$197.87
Track another order.


malignant disease of plasma cells of marrow
1% malignant disaese
proliferating plasma cells
producing monoclonal paraprotein
paraproteinaemia associated with excetion of light chains in urine (bence jones)
20% no paraproteinaemia
only light chains in urine
\< 10% no light chains or paraproteinaemia
-
disease of elderly
-
features:
-
bone destruction
-
fractures - long bones
-
vertebral collapse (+/- spinal cord compression)
-
hypercalcaemia
-
-
bone marrow infiltration
- anaemia, neutropenia, thrombocytopenia
-
renal impairment
-
deposition of light chains in renal tubules
-
hypercalcaemia
-
hyperuricaemia
-
NSAIDs
-
deposition of amyloid
-
-
bone disease
-
dysregulation of bone remoelling
-
leads to typical lesions
-
spine
-
skull
-
long bones
-
ribs
-
-
-
increased osteoclastic activbity
-
no increase osteoblast
-
bisphophonates inhibit osteoclast formation
- therefore useful but no increase in bone deposition
Symptoms
-
bone pain
- most commonly backache
-
anaemia
-
recurrent infections
-
renal failure
-
hypercalcaemia
-
symptoms of hyperviscosity (rare)
-
extramedullary
-
plasmacytoma (cutaneous)
-
carpal tunnel
-
peripehral neuropathy
-
investigations
-
FBC
-
ESR - almost always high
-
blood film
-
rouleuax
- consequence of paraprotein
-
-
UEC
-
LDH - useful prognosis
-
ALP - usually normal
-
protein electrophoresis
- monoclonal band
-
serum free light chain
-
uric acid
-
skeletal survey
-
lytic lesions
-
most easily seen in sk=ull
-
-
urine BJP (24hr)
-
Bone marrow aspirage
- amyloid may be found
Diagnosis
-
2 out of 3:
-
paraproteinaemia or BJP
-
radiological evidecne of lytic bone lesions
-
increase bone marrow plasma cells
-
Monoclonal gammopathy of unknown significant (MGUS)
-
isolated finding of monoclonal paraprotein
-
20-30% develop myeloma in 25yr period
Management
-
remains incurable
-
bone pain
-
radiotherapy
-
high dose dexamethasone
-
bisphosphonates
-


About Me
Software engineer with experience developing in Python and JavaScript. BA in Geology and a passion for writing readable documentation and determining elegant solutions. Excited about the intersection of science and technology, geospatial analysis, and data structures and algorithms.
News_API | SEPT 2018 | EC2
Pyramid RESTful API with exposed endpoints to organize a user’s news feed for current news articles based on user preferences for predominant tone
- Python3, Pyramid, AWS, Bokeh, news_api, Goose, IBM Watson Tone Analyzer
- Wrote Archives model and Visuals View, wrote README.md
- GitHub
Fozzie Web-Builder | APRIL 2018 | Heroku
Application that dynamically renders HTML file for user based on specifications
- JavaScript, HTML5, CSS3, Heroku
- GitHub
CLI Restaurant | AUG 2018 | GitHub
A mock POS system that reads from a CSV with a menu, order total, and receipt
- Python3


| DOSE: |
0.5 g |
insufflated |
Cocaine |
(powder / crystals) |
It was my 4th time doing coke…the night before was a downer because me and my friends were looking for coke or shrooms and nothing came up. So the next night I talked to my friend and he got me 0.5 g of cocaine. He tried it with his friend and said it was real good stuff.
That night I bought it and went home with it. I was very anxious to do it. It has been about 6 months since I last did it and every time I had done it before I was with people who were coked up also, or stoned on weed. This time I would be doing it alone. I went to my room and cut it up a line to start off.
First line…mmmmm my teeth and gums were a little numb. About 3 minutes went by and there wasn't much going on so I took a second line. Second line…ahhhhh this one was great. Parts of my forehead were numb. I started feeling really great…even the drip (cocaine users know what the drip is) wasn't phasing me at all. The cocaine taste in the back of my throat actually felt pretty good. My mind started racing…and I couldn't keep up with my thoughts but everything was so great. I put on some techno music which was great…I started to get a rush similar to amphetamines when the music tempo rose. For about 15 minutes, I was in complete heaven…mind, body, and soul.
About a half hour of feeling great and listening to music went by and I wanted a little more to bring me back up. Third line…ahhh it was like the second line all over again. My teeth & gums went numb once again. I felt so good, I wanted to call my girlfriend to tell her I loved her but it was too late. My mind raced from one thought to another…I’m sure there were things I was really thinking about seriously that I totally forgot about a minute later. The whole time, my body moved along with the music I had on. It felt great. 4th line…it was a massive line and I felt the effects almost immediately. My thoughts felt cloudy but in a good way…I was still vibing with some music and in about 10 minutes I hit my peak. God it was like I died and went to heaven, everything seemed so right. My life looked perfect (and it's far from perfect). I just wanted to tell all my friends I loved them…I wanted to live forever.
Soon I crashed. I wanted more cocaine, but it wasn't to the point where I would do anything for more. I just told myself to hang in there. I felt a little paranoia that lasted for about 15 minutes. Then I was just depressed. I couldn't sleep at all which is characteristic of cocaine. My body still felt like it was racing but my mind slowed down…almost stopped at one point. I almost felt like crying. Then I guess I just fell asleep.
My advice to anyone who is going to do cocaine…have fun with it but it can be highly addictive especially if you let it get to you. If I'm crashing and I feel like you need more…I stop myself and just hang in there, it don't last forever. I have to accept the fact that cocaine is still a SYNTHETIC happy feeling and I can't feel like that all the time…then it will lose its magic. So like all drugs, use cocaine with respect and you may find it very enlightening. I know I certainly did.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">

<meta content="text/html;charset=ISO-8859-1" http-equiv="Content-Type">

Hello,

First, thank you for your very quick answer.

<blockquote
<EMAIL_ADDRESS>type="cite">Hi,

There is no general mechanism in Gist for viewing the choices
made during search. Gecode supports advanced, user defined choices that
post propagators and/or modify variables, so it would be very hard to
make something general.

If you would like to know how your particular problem works, you
could hack it together for your particular application though. If you
implement your own Brancher you could let it record the last choice
made during search in the Space. The print-function could add this to
the output when you inspect a node. Implementing your own Brancher is
fairly straight-forward, see examples/black-hole.cpp and
examples/knights.cpp for two custom Branchers.

I had a look at the files you mention as well as
examples/queen-armies.cpp. In all these examples, the choice of the
variable is performed in the status method. Is this always the case ?

For my part, I just want to reproduce (except the recording of the last
choice) a default branching behaviour :

branch(*this, v, INT_VAR_SIZE_MIN, INT_VAL_MAX) ;

I initially performed the selection of both the variable and the value
in the choice method. Is it the proper way to achieve this or do I have
to split each selection in the status method and in the choice method ?

Benoît

<blockquote
<EMAIL_ADDRESS>type="cite">

Cheers,

Mikael

On Tue, Oct 27, 2009 at 6:37 PM, benoit <<a moz-do-not-send="true"
href="mailto:benoitlaurent<EMAIL_ADDRESS>wrote:

Hello,

I beg your pardon if my question is trivial. When exploring the search

tree using Gist, I would like to display the variable considered at a

node and the assignment performed. How can I do this ? The documentation

suggests the implementation of an inspector but I don't know how to do.

Thanks in advance.

Benoît

_______________________________________________

Gecode users mailing list

<a moz-do-not-send="true" href="mailto:users<EMAIL_ADDRESS>https://www.gecode.org/mailman/listinfo/gecode-users

--

Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/


- Group 1
- Group 2
- Group 3
- Group 5
- Group 6
- Group 7
- Group 8
- Metals
- Gases
Name: Hydrogen Symbol: H Atomic number: 1 Atomic weight: 1.008 State: gas Group, period, block: 1, 1, s Color: Colorless Classification: Non-metallic Electron configuration: 1s1 Physical Properties Density: (0 °C, 101.325 kPa) 0.08988 g/L Melting point: 14.01 K,-259.14 °C,-434.45 °F Boiling point: 20.28 K,-252.87 °C,-423.17 °F Atomic Properties Oxidation states: 1, -1 Electronegativity: 2.20 (Pauling scale) Ionization energies: 1st: 1312.0 kJ·mol-1 Covalent radius: 31±5 pm Van der Waals radius: 120 pm H 0 Electron Configuration There are three isotopes of hydrogen. Since the isotopes of hydrogen has same electron configuration, they have similar chemical properties. However, they differ in reactivity. Protium Deuterium Tritium Protium Protium atom contains one proton and one electron. It has no neutrons in its nucleus. About 99.98% of the hydrogen in nature is protium. atomic mass : 1 atomic number : 1 symbol : 1H1 Deuterium Deuterium atom contains one proton and electron and one neutron. About 0.015% of the hydrogen in nature is deuterium. atomic mass : 2 atomic number : 1 symbol : 1H2 or D Tritium Tritium atom contains one proton and electron and two neutrons. It is radioactive isotope. It emit low energy harmless β-particles. Half-life of tritium is 12.33 years. There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbol : 1H3 or 1T3 Occurrence Hydrogen is the most abundant chemical element in the universe, making up 75% of normal matter by mass and over 90% by number of atoms. Hydrogen gas is less abundant in the Earth's atmosphere (1 ppm by volume) because of its light weight, which enables it to escape from Earth's gravity more easily than heavier gases. Hydrogen is the third most abundant element on the Earth's surface, mostly in the form of chemical compounds such as hydrocarbons and water. Name: Hydrogen Symbol: H Atomic number: 1 Atomic weight: 1.008 State: gas Group, period, block: 1, 1, s Color: Colorless Classification: Non-metallic Electron configuration: 1s1 Physical Properties Density: (0 °C, 101.325 kPa) 0.08988 g/L Melting point: 14.01 K,-259.14 °C,-434.45 °F Boiling point: 20.28 K,-252.87 °C,-423.17 °F Atomic Properties Oxidation states: 1, -1 Electronegativity: 2.20 (Pauling scale) Ionization energies: 1st: 1312.0 kJ·mol-1 Covalent radius: 31±5 pm Van der Waals radius: 120 pm H 0 Electron Configuration There are three isotopes of hydrogen. Since the isotopes of hydrogen has same electron configuration, they have similar chemical properties. However, they differ in reactivity. Protium Deuterium Tritium Protium Protium atom contains one proton and one electron. It has no neutrons in its nucleus. About 99.98% of the hydrogen in nature is protium. atomic mass : 1 atomic number : 1 symbol : 1H1 Deuterium. Deuterium atom contains one proton and electron and one neutron. About 0.015% of the hydrogen in nature is deuterium. atomic mass : 2 atomic number : 1 symbol : 1H2 or D Tritium Tritium atom contains one proton and electron and two neutrons. It is radioactive isotope. It emit low energy harmless β-particles. Half-life of tritium is 12.33 years. There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbol : 1H3 or 1T3 Occurrence Hydrogen is the most abundant chemical element in the universe, making up 75% of normal matter by mass and over 90% by number of atoms. Hydrogen gas is less abundant in the Earth's atmosphere (1 ppm by volume) because of its light weight, which enables it to escape from Earth's gravity more easily than heavier gases. Hydrogen is the third most abundant element on the Earth's surface, mostly in the form of chemical compounds such as hydrocarbons and water. Name: Hydrogen Symbol: H Atomic number: 1 Atomic weight: 1.008 State: gas Group, period, block: 1, 1, s Color: Colorless Classification: Non-metallic Electron configuration: 1s1 Physical Properties Density: (0 °C, 101.325 kPa) 0.08988 g/L Melting point: 14.01 K,-259.14 °C,-434.45 °F Boiling point: 20.28 K,-252.87 °C,-423.17 °F Atomic Properties Oxidation states: 1, -1 Electronegativity: 2.20 (Pauling scale) Ionization energies: 1st: 1312.0 kJ·mol-1 Covalent radius: 31±5 pm Van der Waals radius: 120 pm H 0 Electron Configuration There are three isotopes of hydrogen. Since the isotopes of hydrogen has same electron configuration, they have similar chemical properties. However, they differ in reactivity. Protium Deuterium Tritium Protium Protium atom contains one proton and one electron. It has no neutrons in its nucleus. About 99.98% of the hydrogen in nature is protium. atomic mass : 1 atomic number : 1 symbol : 1H1 Deuterium Deuterium atom contains one proton and electron and one neutron. About 0.015% of the hydrogen in nature is deuterium. atomic mass : 2 atomic number : 1 symbol : 1H2 or D Tritium Tritium atom contains one proton and electron and two neutrons. It is radioactive isotope. It emit low energy harmless β-particles. Half-life of tritium is 12.33 years. There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbol : 1H3 or 1T3 Occurrence Hydrogen is the most abundant chemical element in the universe, making up 75% of normal matter by mass and over 90% by number of atoms. Hydrogen gas is less abundant in the Earth's atmosphere (1 ppm by volume) because of its light weight, which enables it to escape from Earth's gravity more easily than heavier gases. Hydrogen is the third most abundant element on the Earth's surface, mostly in the form of chemical compounds such as hydrocarbons and water. Name: Hydrogen Symbol: H Atomic number: 1 Atomic weight: 1.008 State: gas Group, period, block: 1, 1, s Color: Colorless Classification: Non-metallic Electron configuration: 1s1 Physical Properties Density: (0 °C, 101.325 kPa) 0.08988 g/L Melting point: 14.01 K,-259.14 °C,-434.45 °F Boiling point: 20.28 K,-252.87 °C,-423.17 °F Atomic Properties Oxidation states: 1, -1 Electronegativity: 2.20 (Pauling scale) Ionization energies: 1st: 1312.0 kJ·mol-1 Covalent radius: 31±5 pm Van der Waals radius: 120 pm H 0 Electron Configuration There are three isotopes of hydrogen. Since the isotopes of hydrogen has same electron configuration, they have similar chemical properties. However, they differ in reactivity. Protium Deuterium Tritium Protium Protium atom contains one proton and one electron. It has no neutrons in its nucleus. About 99.98% of the hydrogen in nature is protium. atomic mass : 1 atomic number : 1 symbol : 1H1 Deuterium Deuterium atom contains one proton and electron and one neutron. About 0.015% of the hydrogen in nature is deuterium. atomic mass : 2 atomic number : 1 symbol : 1H2 or D Tritium <<<<<<< HEAD Tritium atom contains one proton and electron and two neutrons. It is radioactive isotope. It emit low energy harmless β-particles. Half-life of tritium is 12.33 years. There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbolr 1T3 Occurrence There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbolr 1T3 Occurrence ======= >>>>>>> gh-pages Hydrogen is the most abundant chemical element in the universe, making up 75% of normal matter by mass and over 90% by number of atoms. Hydrogen gas is less abundant in the Earth's atmosphere (1 ppm by volume) because of its light weight, which enables it to escape from Earth's gravity more easily than heavier gases. Hydrogen is the third most abundant element on the Earth's surface, mostly in the form of chemical compounds such as hydrocarbons and water. Name: Hydrogen Symbol: H Atomic number: 1 Atomic weight: 1.008 State: gas Group, period, block: 1, 1, s Color: Colorless Classification: Non-metallic Electron configuration: 1s1 Physical Properties Density: (0 °C, 101.325 kPa) 0.08988 g/L Melting point: 14.01 K,-259.14 °C,-434.45 °F Boiling point: 20.28 K,-252.87 °C,-423.17 °F Atomic Properties Oxidation states: 1, -1 Electronegativity: 2.20 (Pauling scale) Ionization energies: 1st: 1312.0 kJ·mol-1 Covalent radius: 31±5 pm Van der Waals radius: 120 pm H 0 Electron Configuration There are three isotopes of hydrogen. Since the isotopes of hydrogen has same electron configuration, they have similar chemical properties. However, they differ in reactivity. Protium Deuterium Tritium Protium Protium atom contains one proton and one electron. It has no neutrons in its nucleus. About 99.98% of the hydrogen in nature is protium. atomic mass : 1 atomic number : 1 symbol : 1H1 Deuterium Deuterium atom contains one proton and electron and one neutron. About 0.015% of the hydrogen in nature is deuterium. atomic mass : 2 atomic number : 1 symbol : 1H2 or D Tritium Tritium atom contains one proton and electron and two neutrons. It is radioactive isotope. It emit low energy harmless β-particles. Half-life of tritium is 12.33 years. There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbol : 1H3 or 1T3 Occurrence Hydrogen is the most abundant chemical element in the universe, making up 75% of normal matter by mass and over 90% by number of atoms. Hydrogen gas is less abundant in the Earth's atmosphere (1 ppm by volume) because of its light weight, which enables it to escape from Earth's gravity more easily than heavier gases. Hydrogen is the third most abundant element on the Earth's surface, mostly in the form of chemical compounds such as hydrocarbons and water. Name: Hydrogen Symbol: H Atomic number: 1 Atomic weight: 1.008 State: gas Group, period, block: 1, 1, s Color: Colorless Classification: Non-metallic Electron configuration: 1s1 Physical Properties Density: (0 °C, 101.325 kPa) 0.08988 g/L Melting point: 14.01 K,-259.14 °C,-434.45 °F Boiling point: 20.28 K,-252.87 °C,-423.17 °F Atomic Properties Oxidation states: 1, -1 Electronegativity: 2.20 (Pauling scale) Ionization energies: 1st: 1312.0 kJ·mol-1 Covalent radius: 31±5 pm Van der Waals radius: 120 pm H 0 Electron Configuration There are three isotopes of hydrogen. Since the isotopes of hydrogen has same electron configuration, they have similar chemical properties. However, they differ in reactivity. Protium Deuterium Tritium Protium Protium atom contains one proton and one electron. It has no neutrons in its nucleus. About 99.98% of the hydrogen in nature is protium. atomic mass : 1 atomic number : 1 symbol : 1H1 Deuterium Deuterium atom contains one proton and electron and one neutron. About 0.015% of the hydrogen in nature is deuterium. atomic mass : 2 atomic number : 1 symbol : 1H2 or D Tritium Tritium atom contains one proton and electron and two neutrons. It is radioactive isotope. It emit low energy harmless β-particles. Half-life of tritium is 12.33 years. There are only very small traces of tritium in nature. Tritium is used as traces in the study of mechanism of reaction. atomic mass : 3 atomic number : 1 symbol : 1H3 or 1T3 Occurrence Hydrogen is the most abundant chemical element in the universe, making up 75% of normal matter by mass and over 90% by number of atoms. Hydrogen gas is less abundant in the Earth's atmosphere (1 ppm by volume) because of its light weight, which enables it to escape from Earth's gravity more easily than heavier gases. Hydrogen is the third most abundant element on the Earth's surface, mostly in the form of chemical compounds such as hydrocarbons and water.
Name: Helium Symbol: He Atomic number: 2 Atomic weight: 4.0026 State: gas Group, period, block: 18, 1, s Color: Colorless Classification: noble gases Electron configuration: 1s2 Physical Properties Density: 214 kg m-3, 0.1786 g/L (0 °C, 101.325 kPa) Melting point: (under pressure) 0.95 K, -272.20 °C, -457.96 °F Boiling point: 4.22 K, -268.93 °C, -452.07 °F Atomic Properties Oxidation states: 0 Electronegativity: no data (Pauling scale) Ionization energies: 1st: 2372.3 kJ·mol-1 Covalent radius: 28 pm Van der Waals radius: 140 pm He 01 Electron Configuration Helium Facts Isotopes There are two isotopes of Helium, 3He, and 4He. Helium-4, the most common isotope is produced on Earth. Helium-3 is present on Earth only in trace amounts.
Name: Lithium Symbol: Li Atomic number: 3 Atomic weight: 6.94 State: solid Group, period, block: 1, 2, s Color: silvery white Classification: alkali metal Electron configuration: 1s2 2s1 Physical properties Density: 0.534 g/cm-3 Melting point: 453.69 K,180.54 °C,356.97 °F Boiling point: 1615 K,1342 °C,2448 °F Atomic properties Oxidation states: +1, -1 Electronegativity: 0.98 (Pauling scale) Ionization energies: 1st: 520.2 kJ·mol-1 Covalent radius: 128±7 pm Van der Waals radius: 182 pm Li 010 Electron Configuration Isotopes There are two stable isotopes of lithium, 6H, 2Li and 7Li. About 92.5% of the lithium in nature is 7Li.
Name: Boron Symbol: B Atomic number: 5 Atomic weight: 9.0122 State: solid Group, period, block: 2, 2, s Color: white-gray metallic Classification: alkaline earth metal Electron configuration: 2s2 2p1 Physical properties Density: 2.46 g/cm-3 Melting point: 2349 K, 2076 °C, 3769 °F Boiling point: 4200 K, 3927 °C, 7101 °F Atomic properties Oxidation states: 3, 2, 1[3] Electronegativity: 2.04 (Pauling scale) Ionization energies: 1st: 800.6 kJ·mol-1 Covalent radius: 84±3 pm Van der Waals radius: 192 pm B 01012 Electron Configuration Isotopes There are two naturally occurring isotopes of boron exist, 10B and 11B. About 80.1% of the boran in nature is 11B. About 19.9% of the boran in nature is 10B.
Name: Nitrogen Symbol: N Atomic number: 7 Atomic weight: 14.007 State: gas Group, period, block: 15, 2, p Color: colorless gas, liquid or solid Classification: Non-metallic Electron configuration: 1s2 2s2 2p3 Physical properties Density: 1026 kg m-3 Melting point: 63.05 [or -210.1 °C (-346.18 °F)] K Boiling point: 77.36 [or -195.79 °C (-320.42 °F)] K Atomic properties Oxidation states: 5, 4, 3, 2, 1, -1, -2, -3 Electronegativity: 3.04 (Pauling scale) Ionization energies: 1st: 1402.3 kJ·mol-1 Covalent radius: 71±1 pm Van der Waals radius: 155 pm N 0101234 Electron Configuration Isotopes There are two naturally occurring isotopes of nitrogen exist, 14N and 15N.
Name: Fluorine Symbol: F Atomic number: 9 Atomic weight: 18.998 State: gas Group, period, block: 17, 2, p Color: gas:pale yellow, liquid:bright yellow Classification: halogen Electron configuration: 1s2 2s2 2p5[2] Physical properties Density: 1700 kg m-3 or 1.696[3] g/L Melting point: 53.53 K, -219.62 °C, -363.32[5] °F Boiling point: 85.03 K, -188.12 °C, -306.62[5] °F Atomic properties Oxidation states: -1 Electronegativity: 3.98[2] (Pauling scale) Ionization energies: 1st: 1,681[6] kJ·mol-1 Covalent radius: 64[7] pm Van der Waals radius: 135[8] pm F 010123456 Electron Configuration Isotopes There is one naturally occurring isotope of fluorine exist, 19F.
Name: Neon Symbol: Ne Atomic number: 10 Atomic weight: 20.180 State: gas Group, period, block: 18, 2, p Color: colorless gas Classification: noble gases Electron configuration: 1s2 2s2 2p6 Physical properties Density: 1444 kg m-3 Melting point: 24.56 [or -248.59 °C (-415.46 °F)] K Boiling point: 27.07 [or -246.08 °C (-410.94 °F)] K Atomic properties Oxidation states: 1, 0 Electronegativity: no data (Pauling scale) Ionization energies: 1st: 2080.7 kJ·mol-1 Covalent radius: 58 pm Van der Waals radius: 154 pm Ne<PHONE_NUMBER> Electron Configuration Neon Facts Isotopes There are three naturally occurring isotopes of neon exist, 20Ne, 21Ne and 22Ne.
Name: Sodium Symbol: Na Atomic number: 11 Atomic weight: 22.990 State: solid Group, period, block: 1, 3, s Color: silvery white metallic Classification: alkali metal Electron configuration: 3s1 Physical properties Density: 0.968 g.m-3 Melting point: 370.87 K, 97.72 °C, 207.9 °F Boiling point: 1156 K, 883 °C, 1621 °F Atomic properties Oxidation states: +1, -1 Electronegativity: 0.93 (Pauling scale) Ionization energies: 1st: 495.8 kJ·mol-1 Covalent radius: 166±9 pm Van der Waals radius: 227 pm Na<PHONE_NUMBER>0 Electron Configuration Isotopes There is one naturally occurring isotope of sodium exist, 23Na.
Name: Magnesium Symbol: Mg Atomic number: 12 Atomic weight: 24.305 State: solid Group, period, block: 2, 3, s Color: shiny grey solid Classification: alkaline earth metal Electron configuration: 3s2 Physical properties Density: 1.738 g.m-3 Melting point: 923 K, 650 °C, 1202 °F Boiling point: 1363 K, 1091 °C, 1994 °F Atomic properties Oxidation states: 2, 1[1] Electronegativity: 1.31 (Pauling scale) Ionization energies: 1st: 737.7 kJ·mol-1 Covalent radius: 141±7 pm Van der Waals radius: 173 pm Mg<PHONE_NUMBER>01 Electron Configuration Magnesium Facts Isotopes There are three naturally occurring isotopes of magnesium exist, 24Mg, 25Mg, and 26Mg.
Name: Silicon Symbol: Si Atomic number: 14 Atomic weight: 28.085 State: solid Group, period, block: 14, 3, p Color: crystalline, reflective with bluish-tinged faces Classification: metalloid Electron configuration: 3s23s2 3p2 Physical properties Density: 2.3290 g.m-3 Melting point: 1687 K, 1410 °C, 2577 °F Boiling point: 3538 K, 3265 °C, 5909 °F Atomic properties Oxidation states: 2, 1[1] Electronegativity: 1.90 (Pauling scale) Ionization energies: 1st: 786.5 kJ·mol-1 Covalent radius: 111 pm Van der Waals radius: 210 pm Si<PHONE_NUMBER>0123 Electron Configuration Silicon Facts Isotopes There are three naturally occurring isotopes of silicon exist, 28Si, 29Si, and 30Si.
Name: phosphorus Symbol: P Atomic number: 15 Atomic weight: 30.974 State: solid Group, period, block: 15, 3, p Color: colourless, waxy white, yellow, scarlet, red, violet, black Classification: Non-metallic Electron configuration: 3s2 3p3 Physical properties Density @293 K:: 1.823 g.m-3 Melting point: 44.1 °C (317.25 K, 111.38 °F) point: 280.0 °C (553.15 K, 536.0 °F) Atomic properties Oxidation states: 5, 4, 3, 2[2], 1[3], -1, -2, -3 Electronegativity: 2.19 (Pauling scale) Ionization energies: 1st: 1011.8 kJ·mol-1 Covalent radius: 107±3 pm Van der Waals radius: 180 pm P<PHONE_NUMBER>01234 Electron Configuration Isotopes There is one naturally occurring isotopes of magnesium exists, 31P.
Name: Sulfur Symbol: S Atomic number: 16 Atomic weight: 32.06 State: solid Group, period, block: 16, 3, p Color: lemon yellow sintered microcrystals Classification: Non-metallic Electron configuration: 3s2 3p4 Physical properties Density @293 K:: 2.07 g.m-3 Melting point: 388.36 K, 115.21 °C, 239.38 °F Boiling point: 717.8 K, 444.6 °C, 832.3 °F Atomic properties Oxidation states: 6, 5, 4, 3, 2, 1, -1, -2 Electronegativity: 2.58 (Pauling scale) Ionization energies: 1st: 999.6 kJ·mol-1 Covalent radius: 105±3 pm Van der Waals radius: 180 pm S<PHONE_NUMBER>012345 Electron Configuration Sulfur Facts Allotropes of Sulfur Isotopes There are four naturally occurring isotopes of sulfur exist, 32S, 33S, 34S and 36S.
Name: argon Symbol: Ar Atomic number: 18 Atomic weight: 39.948 State: gas Group, period, block: 18, 3, p Color: colorless Classification: noble gases Electron configuration: 3s2 3p6 Physical properties Density @293 K: 1.784 g/cm3 Melting point: 83.80 K, -189.35 °C, -308.83 °F Boiling point: 87.30 K, -185.85 °C, -302.53 °F Atomic properties Oxidation states: 2, 1, 0 Electronegativity: no data (Pauling scale) Ionization energies: 1st: 1520.6 kJ·mol-1 Covalent radius: 106±10 pm Van der Waals radius: 188 pm Ar<PHONE_NUMBER>01234567 Electron Configuration Argon Facts Isotopes There are three naturally occurring isotopes of argon exist, 36Ar, 38Ar and 40Ar.
Name: Potassium Symbol: K Atomic number: 19 Atomic weight: 39.098 State: solid Group, period, block: 1, 4, s Color: silvery gray Classification: alkali metal Electron configuration: 4s1 Physical properties Density: 0.862 g/cm-3 Melting point: 336.53 K, 63.38 °C, 146.08 °F Boiling point: 1032 K, 759 °C, 1398 °F Atomic properties Oxidation states: 1 Electronegativity: 0.82 (Pauling scale) Ionization energies: 1st: 418.8 kJ·mol-1 Covalent radius: 203±12 pm Van der Waals radius: 275 pm K<PHONE_NUMBER>012345670 Electron Configuration Isotopes There are three naturally occurring isotopes of potassium exist, 39K, 40K and 41K. 40K is radioactive isotope.
Name: Calcium Symbol: Ca Atomic number: 20 Atomic weight: 40.078 State: solid Group, period, block: 2, 4, s Color: dull gray, silver Classification: alkaline earth metal Electron configuration: 4s2 Physical properties Density: 1.55 g/cm-3 Melting point: 1115 K, 842 °C, 1548 °F Boiling point: 1757 K, 1484 °C, 2703 °F Atomic properties Oxidation states: +2, +1[1] Electronegativity: 1.00 (Pauling scale) Ionization energies: 1st: 589.8 kJ·mol-1 Covalent radius: 176±10 pm Van der Waals radius: 231 pm Ca<PHONE_NUMBER>0123456701 Electron Configuration Calcium Facts Isotopes There are six naturally occurring isotopes of calcium exist, 40Ca, 42Ca, 43Ca, 44Ca, 46Ca and 48Ca.
Four elements, hydrogen, carbon, oxygen and nitrogen, are the major components of most organic compounds. Consequently, our understanding of organic chemistry must have, as a foundation, an appreciation of the electronic structure and properties of these elements. The truncated periodic table shown above provides the orbital electronic structure for the first eighteen elements (hydrogen through argon). According to the Aufbau principle, the electrons of an atom occupy quantum levels or orbitals starting from the lowest energy level, and proceeding to the highest, with each orbital holding a maximum of two paired electrons (opposite spins). Electron shell #1 has the lowest energy and its s-orbital is the first to be filled. Shell #2 has four higher energy orbitals, the 2s-orbital being lower in energy than the three 2p-orbitals. (x, y & z). As we progress from lithium (atomic number=3) to neon (atomic number=10) across the second row or period of the table, all these atoms start with a filled 1s-orbital, and the 2s-orbital is occupied with an electron pair before the 2p-orbitals are filled. In the third period of the table, the atoms all have a neon-like core of 10 electrons, and shell #3 is occupied progressively with eight electrons, starting with the 3s-orbital. The highest occupied electron shell is called the valence shell, and the electrons occupying this shell are called valence electrons. The chemical properties of the elements reflect their electron configurations. For example, helium, neon and argon are exceptionally stable and unreactive monoatomic gases. Helium is unique since its valence shell consists of a single s-orbital. The other members of group 8 have a characteristic valence shell electron octet (ns2 + npx2 + npy2 + npz2). This group of inert (or noble) gases also includes krypton (Kr: 4s2, 4p6), xenon (Xe: 5s2, 5p6) and radon (Rn: 6s2, 6p6). In the periodic table above these elements are colored beige. The halogens (F, Cl, Br etc.) are one electron short of a valence shell octet, and are among the most reactive of the elements (they are colored red in this periodic table). In their chemical reactions halogen atoms achieve a valence shell octet by capturing or borrowing the eighth electron from another atom or molecule. The alkali metals Li, Na, K etc. (colored violet above) are also exceptionally reactive, but for the opposite reason. These atoms have only one electron in the valence shell, and on losing this electron arrive at the lower shell valence octet. As a consequence of this electron loss, these elements are commonly encountered as cations (positively charged atoms). The elements in groups 2 through 7 all exhibit characteristic reactivities and bonding patterns that can in large part be rationalized by their electron configurations. It should be noted that hydrogen is unique. Its location in the periodic table should not suggest a kinship to the chemistry of the alkali metals, and its role in the structure and properties of organic compounds is unlike that of any other element.
What is electronegativity Definition Electronegativity is a measure of the tendency of an atom to attract a bonding pair of electrons. The Pauling scale is the most commonly used. Fluorine (the most electronegative element) is assigned a value of 4.0, and values range down to caesium and francium which are the least electronegative at 0.7. What happens if two atoms of equal electronegativity bond together? Consider a bond between two atoms, A and B. Each atom may be forming other bonds as well as the one shown - but these are irrelevant to the argument. If the atoms are equally electronegative, both have the same tendency to attract the bonding pair of electrons, and so it will be found on average half way between the two atoms. To get a bond like this, A and B would usually have to be the same atom. You will find this sort of bond in, for example, H2 or Cl2 molecules.