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Organic Compounds Classification Quizzes, Questions & Answers

Recent Organic Compounds Classification Quizzes

Explore the diverse world of organic chemistry through this engaging quiz on functional groups. Test your knowledge and enhance your understanding of key chemical structures that define various organic compounds.

Questions: 7 | Attempts: 140 | Last updated: Mar 14, 2024

Something Important About Organic Chemistry Quiz

Something important about Organic Chemistry Quiz

A short quiz to test and reinforce your understanding on the topic of organic chemistry

Questions: 5 | Attempts: 1770 | Last updated: Jul 15, 2024

Sample Question
Why are large alkane molecules cracked to form smaller molecules?

Alkanes with large molecules are not useful.

Small alkane molecules can be polymerised.

Crude oil does not contain small alkane molecules.

To meet the demand for small alkane molecules.

Percent Composition Of Chemical Compounds MCQ Quiz

Chemical compounds are made up of chemical elements having different numbers. Take this quiz on the percent composition of chemical compounds in MCQ format to gauge your chemistry knowledge. This quiz is designed to test your...

Questions: 10 | Attempts: 4083 | Last updated: Mar 4, 2024

Sample Question
What are the percent composition for SF2?

55 % Sulfur and 45% Fluorine

45.76% Sulfur and 54.39 % Fluorine

33% Sulfur and 67% Fluorine

49.2 % Sulfur and 50.8 % Fluorine

Alkenes, Alkynes And Aromatics: Test Your Knowledge! Trivia Quiz

Have you just finished learning about Alkenes, Alkynes, and Aromatics? This quiz is designed to see how well you got to understand the topic and what it entails. Being that the topic will cover much of what we study from now on,...

Questions: 5 | Attempts: 2071 | Last updated: Mar 22, 2023

Sample Question
What are aromatic compounds?

Organic compounds

My left toe

Organic compounds that contain benzene rings as part of their structure

Hydrocarbons such as alkanes, alkenes, and alkynes

Bsc1010c Chapter 4: Carbon And The Molecular Diversity Of Life Test!

BSC1010C Chapter 4: Carbon and the Molecular Diversity of Life Test!

This covers the SCC- BSC 1010c chapter 4 section and has pics from lab.

Questions: 27 | Attempts: 455 | Last updated: Mar 20, 2023

Sample Question
What is the 2nd most important element after Hydrogen?

Nitrogen

Carbon

Oxygen

Sulfur

Benzene Derivatives Challenging Quiz

Do you know derivatives of benzene? Or do you want to know about benzene derivatives? Let's prove yourself if you know about it, and let's play this quiz if you want to learn about it!

Questions: 11 | Attempts: 1139 | Last updated: Sep 30, 2024

Aromatic Compounds: Reaction

Review the different reactions that are encountered when adding groups to aromatic rings when you can no longer force yourself to do more practice problems!

Questions: 21 | Attempts: 1206 | Last updated: Mar 21, 2023

Sample Question
What is EAS? Why does it occur?

EAS is electron aromatics sequestering. It occurs because regular addition would destroy the aromaticity of a ring.

EAS is electrophilic aromatic substitution. It occurs because addition to pi bonds will always substitute, preserving the pi bond.

EAS is electrophilic aromatic substitution. It occurs because regular addition would destroy the aromaticity of a ring.

Aromaticity

Explore the stability and properties of aromatic compounds in this quiz. Understand why benzene is more stable than cyclohexene, identify characteristics of aromatic compounds, and distinguish between aromatic and anti-aromatic...

Questions: 6 | Attempts: 2266 | Last updated: Mar 22, 2023

Sample Question
Why is there a huge gain in the stability of benzene's double bonds compared to cyclohexene?

Cyclic congugation increases the number of p orbital interactions in the conjugated system, stabilizing the pi bonds. Cyclohexene lacks this stability, and the energy of its pi bond is greater (less stable).

The linear conjugation of the cyclohexene makes it less stable.

Cyclic congugation increases the number of p orbital interactions in the conjugated system, stabilizing the pi bonds. Cyclohexene has only linear delocalized pi electrons.

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