Wisc.edu / Organic chemical



Domain overview in Organic Chemical niche. Based on relevant links and pages only.
wisc.edu rank
56
Number of domains linking to wisc.edu
49
semantic flow
5.17
Number of links to wisc.edu
101
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5.17
Number of domains linked from wisc.edu
17
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1.04
Number of links from wisc.edu
41
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1.04

Popular pages from wisc.edu

On-topic pages from domain with highest topical PageRank.

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sibert | UW-Madison Department of Chemistry
https://www.chem.wisc.edu/users/sibert
0.280.76861212100
Organic Chemistry and Chemical Biology with Non-Traditional Molecules | Gellman Research Group
http://gellman.chem.wisc.edu/
0.281954100
Protein Folding in the Cell and Molecular Spectroscopy | The Cavagnero Group
http://cavagnero.chem.wisc.edu/
0.280.991133100
Schomaker Research Group | UW-Madison Department of Chemistry
http://schomaker.chem.wisc.edu/
0.2811766200
Home | The Yethiraj Research Group
http://yethiraj.chem.wisc.edu/
0.2811266200
Welcome to the Garand Lab | Garand Lab
http://garand.chem.wisc.edu/
0.280.551033200
Brunold Research Group | UW-Madison Department of Chemistry
http://brunold.chem.wisc.edu/
0.2811144200
Ph.D. Requirements | UW-Madison Department of Chemistry
https://www.chem.wisc.edu/content/phd-requirements
0.2811174241100
Chemistry Learning Center
https://www.chem.wisc.edu/areas/clc/
0.28119126300
Joseph O. Hirschfelder Prize | UW-Madison Department of Chemistry
https://www.chem.wisc.edu/content/joseph-o-hirschfelder-prize
0.2811103737100

Domains with most semantic flow to wisc.edu

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http://almaz.com/ 140.7almaz.com
http://organicdivision.org/ 60.34organicdivision.org
http://murov.info/ 50.3murov.info
http://wikibooks.org/ 60.3wikibooks.org
http://pontotriplo.org/ 40.28pontotriplo.org
http://internetchemistry.com/ 40.22internetchemistry.com
http://curlie.org/ 30.22curlie.org
http://unf.edu/ 30.21unf.edu
http://umu.se/ 30.2umu.se
http://internet4classrooms.com/ 30.19internet4classrooms.com

Domains with most semantic flow from wisc.edu

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http://acs.org/ 170.36acs.org
http://rankingsandreviews.com/ 20.12rankingsandreviews.com
http://hbcpnetbase.com/ 10.06hbcpnetbase.com
http://iom.edu/ 10.06iom.edu
http://iotasigmapi.info/ 10.06iotasigmapi.info
http://wiley.com/ 50.06wiley.com
http://analyticalsciences.org/ 10.06analyticalsciences.org
http://devsaran.com/ 10.05devsaran.com
http://doi.org/ 20.04doi.org
http://caltech.edu/ 10.04caltech.edu

Most linked pages from wisc.edu

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https://www.chem.wisc.edu/content/research-overview 10.150.940.061yes1113939100
https://www.chem.wisc.edu/content/organic-chemistry-path-preliminary-research-report 10.150.930.061yes1103737100
https://www.chem.wisc.edu/content/chemical-biology-requirements 10.150.910.06-1--1-1-1-100
https://www.chem.wisc.edu/content/inorganic-chemistry 10.150.950.061yes1334443200
https://www.chem.wisc.edu/content/graduate 10.150.960.06-1--1-1-1-100
https://www.chem.wisc.edu/content/admissions 10.150.920.061yes1133939200
https://www.chem.wisc.edu/content/genchem-main 10.150.910.061yes1244644200
https://www.chem.wisc.edu/content/inorganic-requirements 10.150.90.061yes1164141100
https://www.chem.wisc.edu/content/undergraduate-advising 10.150.920.051yes1123837100
https://www.chem.wisc.edu/content/programs-future-graduate-students 10.150.460.03-1--1-1-1-100

Hubs from wisc.edu

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https://www.chem.wisc.edu/content/organic-chemistry 460.150.952.551yes1364746100
https://www.chem.wisc.edu/content/chemistry-working-groups 360.150.711.90.99yes1274949100
https://www.chem.wisc.edu/research 100.150.950.671yes652320200
https://www.chem.wisc.edu/content/physical-chemistry 70.150.950.451yes1404545100
https://www.chem.wisc.edu/content/inorganic-chemistry 60.150.950.321yes1334443200
https://www.chem.wisc.edu/content/genchem-main 50.150.910.281yes1244644200
https://www.chem.wisc.edu/content/inorganic-requirements 30.150.90.141yes1164141100
https://www.chem.wisc.edu/content/research-overview 20.150.940.131yes1113939100
https://www.chem.wisc.edu/content/admissions 20.150.920.081yes1133939200
https://www.chem.wisc.edu/content/undergraduate-advising 10.150.920.051yes1123837100

Random 'organic chemical FAQs', may be related to more specific topics, not general organic chemical topic.

ORGANIC CHEMICAL FAQs

HOW DO I

Q: How Do I Log In To UC Chemicals?
A: The UC Chemicals management system is available on both mobile and desktop platforms. To access the system from a desktop, click the following link: https://ehs.ucop.edu/chemicals. Log in using your Net ID & Password. For troubleshooting or reporting issues, contact service@RiskandSafetySolutions.com or by calling 530-638-DESK (3375).
Q: How Do I Use UC Chemicals?
A: The Toxic Substances Control Act (TSCA) is the primary law governing the regulation of chemicals in the United States. TSCA gives the Environmental Protection Agency (EPA) the authority to require reporting, testing, and restrictions on the production and use of chemicals that may pose a risk to human health or the environment.
Q: How Do I Print Door Hazard Signs?
A: 1. From the main screen, select "Print"

2. Select "Placards"

3. Select "Door Hazard Signs"

4. Select the door hazard signs you wish to print

5. Select "Print"

6. Select the printer you wish to use

7. Select "Print"

8. Your door hazard signs will now print!
Q: Why do you use shipping containers?
A: Shipping containers are a great option for indoor farming because they are easily transportable, offer a lot of space, and can be easily modified to meet the needs of the farmer. They are also relatively inexpensive and can be found in many different sizes.

MANAGING AND CERTIFYING CHEMICAL INVENTORY.

Q: What Do I Include In My Online Chemical Inventory?
A: All materials that are classified as the following are required to be in UC Chemicals:

-Toxic

-Flammable

-Corrosive

-Explosive
Q: How Do I Certify My Chemical Inventory?
A: 1. Check your physical inventory against your online inventory.
2. If everything matches, select Inventory Summary and then Certify Inventory (or Recertify Inventory).
Q: How Do I See Who Has Access To My Chemical Inventory?
A: From the UC Chemicals homepage, select Inventory Summary and then select Inventory Access & Permissions. This will display the inventory owner, and the groups, specific members, and colleagues associated with the inventory.
Q: How Do I Add/Remove Groups To My Chemical Inventory?
A: Go to the UC Chemicals homepage, select Inventory Summary, then select Inventory Access & Permissions. Select the pencil icon on the right of the Groups section, then either search for a Group to add, or click the red "X" next to an existing Group that you want to remove.
Q: How Do I Add/Remove Members For My Lab?
A: The RSS Profile page is where you can manage your lab’s members.
Q: How Do I Switch Between Chemical Inventories?
A: You can switch inventories by selecting the desired inventory from a drop-down menu on the UC Chemicals homepage (desktop) or in the Settings tab (mobile).
Q: Why Do I Need To RFID Tag My Inventory?
A: RFID tagging can help you keep track of your laboratory's inventory and reconcile it easily and accurately.
Q: How Can I Edit Or Remove A Sublocation?
A: Only lab managers, delegates, and PIs can edit, remove, or combine sublocations.
Q: How Do I Export My Chemical Inventory?
A: Yes, the UC Chemicals inventory can be exported to an Excel file.
Q: How Do I Add A Mixture/Gas To My Inventory?
A: For a mixture of chemicals, the most hazardous component in the mixture determines the mixture's overall hazard.
Q: Why is it necessary to select a subject area for my manuscript during submission?
A: The Beilstein Journal of Organic Chemistry is a peer-reviewed, open access journal that is published by the Beilstein-Institut. There is no charge for authors to publish or for readers to access the articles.
Q: How do I cancel my membership?
A: go to the "Purchases" tab on your profile page

If you purchased the game on Steam, you will need to contact Steam customer support.
Q: How do I change my current plan?
A: Go to your dashboard, find Purchases, find Membership, click change.



How do I cancel my subscription?



You can cancel your subscription by going to Purchases in your Dashboard.
Under "Membership" click the "change" button and select the "Cancel Subscription" option.

Q: What do BS Chem majors add to their major courses to complete the concentration?
A: You need to take Chem 111/117-112/118, 221-222, 340, 420, and an elective.  You can use 340, 420, and internship/342 towards the concentration.  And for the major electives, you'll take two of 460, 342 (if you did an internship), and 270, to avoid overlaps.

WHAT

Q: What can I do if my well tests positive for elevated VOC levels?
A: VOCs can be harmful to your health and you should have your well water tested for them on a regular basis. If your well water tests positive for elevated levels of VOCs, you should speak to a well water professional about treatment options.
Q: What if I drop or withdraw from the class?
A: If you're on a Pro or Premium plan and you drop or withdraw from a class, make sure to cancel your membership as soon as possible so you don't get charged again.
Q: How do I know if Chemmunity is right for me?
A: Chemmunity is for anyone who needs help with Organic Chemistry.
Q: How many people can be together For a meeting?
A: The SSSC offers assistance with writing lab reports, tutoring, and supplemental instruction in the following courses: General Chemistry 1101 and 1102, General Chemistry 1111 and 1112, and Organic Chemistry 2001 and 2002. If students need help with lab reports, GSAs and tutors assist with any lab-related questions, and writing tutors further assist in improving the writing.

DIAGNOSTIC EXAM AND RELATED INFORMATION.

Q: What is the difference between the CHEM 41 series and the CHEM 40 series?
A: The NEW CHEM 41 series is for students starting organic chemistry for the first time in Fall 2022.
-The NEW CHEM 40 series is for everyone else, including life sciences majors, who will be starting organic chemistry for the first time in Fall 2022.
-The OLD CHEM 40 series was our "old" curriculum organic chemistry sequence for students who started on the organic chemistry sequence prior to Fall 2022.
Q: What do all the different reagent grades mean?
A: The stockroom may not have everything you need, so it's always best to check with them first. If you're looking for a specific concentration of a solution, you may need to ask for it specifically. The same goes for buffers and standards.
Q: What Is The "Barcode" Field?
A: The barcode field is used for entering a barcode sequence from a RFID Tag associated with each container.
Q: What is the Beilstein Journal of Organic Chemistry?
A: It is an international, peer-reviewed, Open Access journal
-It covers all areas of organic chemistry
-The content is freely accessible online immediately upon publication
-It is published and completely funded by the Beilstein-Institut, a non-profit foundation located in Frankfurt am Main, Germany
-Editor-in-chief is Peter H. Seeberger, Max Planck Institute of Colloids and Interfaces, Potsdam, Germany
Q: How can I seek compensation for the suffering I have endured?
A: Benzene is a carcinogenic substance that can cause leukemia, lymphoma and other lung cancers. Those who are exposed to high levels of benzene, like chemical workers and commercial gasoline haulers, are at the highest risk for these diseases. If you have been exposed to benzene and have developed an illness as a result, you should speak with a West Virginia personal injury lawyer to see if you have a case.
Q: Who should take the online general chemistry diagnostic exam?
A: If you are a first-year student planning to take either Chem 105 or Chem 111A, you should take the online general chemistry diagnostic exam and complete the Chemistry Background Survey.
Q: What is the deadline for taking the online diagnostic exam and the Chemistry Background Survey?
A: Complete the Chemistry Diagnostic and Survey before meeting with your advisor to review your fall course selection.
Q: Where can I find tutorials and practice problems before taking the diagnostic exam?
A: The diagnostic exam is a way for you to test your knowledge of the material and to see how well you understand the concepts. The exam is not a pass/fail test, but it will give you an idea of where you stand and what you need to work on.
Q: When will I find out the results of my online exam?
A: Your four-year academic advisor will discuss your diagnostic exam results and the information you shared in the survey with you at your first meeting together. At that time, you will be informed about which General Chemistry sequence (Chemistry 105/106 or Chemistry 111A/112A) and supplementary aids we recommend for you.
Q: How can I request accommodations for the diagnostic exam?
A: If you need accommodations, first get approval from disability resources, then contact Dr. Jia Luo (jluoa@wustl.edu).

GENERAL CHEMISTRY SEQUENCES AND RELATED INFORMATION.

Q: When will each series be offered?
A:
Q: What about weed control?
A: Weeds are a symptom of a problem in the soil. Dandelions love compaction, creeping Charlie likes a pH imbalance and clover thrives in low nitrogen conditions. The answer is simple: correct the soil problem and the weeds go away. The microbial life available in the fertilizers, compost tea and other organic products we use relieve and correct most weed-generating soil problems.
Q: Where can I post my questions?
A: If you have a question about your homework, post it in the private homework help group and one of our moderators will answer it for you.
Q: Where are your farms?
A: We grow food in climate-controlled indoor farms in a variety of locations.
Q: How is General Chemistry at WU different from high school AP chemistry?
A: University-level chemistry is more difficult than high-school AP chemistry, requiring greater depth of understanding and the ability to apply multiple concepts to solve problems.
Q: How does each General Chemistry sequence affect registration for later chemistry courses?
A: Students in either course sequence will be prepared to take Organic Chemistry I (Chem 261) and Organic Chemistry II (Chem 262).
Q: Where can I find more information about each General Chemistry sequence?
A: The Chemistry 105/106 sequence is recommended for students who are interested in pursuing a career in chemistry or a related field. The Chemistry 111A/112A sequence is recommended for students who are interested in pursuing a career in medicine or a related field.

COURSE DESCRIPTIONS AND PREREQUISITES FOR CHEMISTRY COURSES.

Q: What is expected of us as students?
A: The Department of Chemistry offers free tutoring for all UCI students on a walk-in basis, and also provides LARC sessions for a fee. Tutors prepare weekly worksheets and hold office hours for students to come and ask questions. Review sessions for exams are also provided.
Q: Why organics?
A: Organic lawn care is safer for children, pets, wildlife, and the environment.
Q: What is the difference between the Chem 105/106 and Chem 111A/112A sequences?
A: Chem 111A covers quantum mechanics and atomic wavefunctions in greater depth than Chem 105, while Chem 106 covers most of the same material as Chem 112A but with advanced applications removed.
Q: What is the course description with prerequisites for Chem 105?
A: This course covers the development of chemistry from early atomic theory to modern descriptions of structure, bonding, and intermolecular interactions.
Q: What is the course description with prerequisites for Chem 106?
A: This course covers chemical equilibrium, thermodynamics, and kinetics at a fundamental level, with an emphasis on in-class problem solving.
Q: What is the course description with prerequisites for Chem 111A?
A: The electron and its properties are responsible for atomic structure, atomic orbitals, atomic spectroscopy, chemical periodicity, the arrangement of the periodic table, chemical bonding, molecular geometry, and intermolecular forces.
Q: What is the course description with prerequisites for Chem 112A?
A: This course covers chemical equilibrium, thermodynamics, and kinetics, and their roles in describing and determining chemical processes. The key concepts of chemical equilibrium for gas-phase reactions, heterogeneous (multi-phase) reactions, acid-base reactions, and solubility equilibria are introduced first. The next section of the course describes chemical thermodynamics with a focus on heat, work, internal energy, enthalpy, entropy, and Gibbs free energy. Key connections are made between

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