AP Chemistry Quizzes & Trivia

Spring brings rain showers, beautiful flowers … and a hefty round of Advanced Placement exams. Are you feeling the highly exothermic heat from an upcoming AP Chemistry test? We can help you practice what you need to know to reach your activation energy and generate a high-energy product: an awesome exam score. Are you ready to remember (or maybe re-learn) all about enthalpy, entropy, and Gibbs free energy? Or do you dread a discussion of Democritus, the Dalton model, and electron density?

Whether you’re already an ace at ionization energies or you need a little help remembering the chemical formula for water (H-two-oh-no), take our quizzes today and see how much you can boost your score: the proof is, after all, in the plum pudding model.

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AP Chemistry Solubility Rules Quiz

Questions: 15 | Attempts: 5793 | Last updated: Sep 21, 2020

Sample Question
Always Soluble?

Alkali metal ions: Li+, Na+, K+, Rb+, Cs+

Ammonium: NH4+

CO32-

AP Ch Quiz Ch 16 Gene Regulation

Hello everyone and welcome to “AP Ch Quiz Ch 16 Gene Regulation”, where we’ll be looking at the topic of AP Chemistry with specific reference to Gene Regulation – which is the process of controlling...

Questions: 9 | Attempts: 938 | Last updated: Sep 27, 2018

Sample Question
Which statement is NOT correct about the lac operon?

It regulates the production of a series of five enzymes.

It is normally turned off if glucose is present.

Lactose binds to the repressor protein and inactivates it.

It is an inducible system.

The structural genes make products that allow lactose metabolism.

AP Chemistry ChAPter 2 Quiz

AP Chemistry Chapter 2 Quiz

Questions: 10 | Attempts: 776 | Last updated: Jan 28, 2013

Sample Question
Which of the following statements from Dalton’s atomic theory is no longer true, according to modern atomic theory?

Elements are made up of tiny particles called atoms.

Atoms are not created or destroyed in chemical reactions.

All atoms of a given element are identical.

Atoms are indivisible in chemical reactions.

All of these statements are true according to modern atomic theory.