ShmoopTube

AP Physics 2: 1.1 Changes and Conservation Laws. Which of the following statements are true?

AP Physics 2: 1.5 Changes and Conservation Laws. Which of the following statements is correct?

AP Physics 2: 2.4 Changes and Conservation Laws. What is the current I1 in the gravy grenade circuit?

AP Physics 2: Fields in Space Drill 1, Problem 1. Which diagram correctly illustrates the magnetic field around the bar magnet?

AP Physics 2: 1.2 Fields in Space. What is the magnitude and direction of magnetic field BA at point A?

AP Physics 2: 1.3 Fields in Space. How long will it take PANCAKE to reach the plate?

AP Physics 2: 1.3 Object Interaction and Forces. What is the magnitude of the current L in the wire?

AP Physics 2: 2.1 Object Interaction and Forces. Which of the following is not one of the four fundamental forces?

AP Physics 2: 2.2 Object Interaction and Forces. If the distance between the ball and the point charges is doubled, what is the new electric force...

AP Physics 2: 1.3 Probability and Systems. What is the approximate pressure in the near-vacuum of space?

AP Physics 2: 2.2 Probability and Systems. What is the mass number of J?

AP Physics 2: 1.2 Probability and Systems. What is the volume of the balloon when cooled with liquid nitrogen?

AP Physics 2: 1.2 Properties of Objects and Systems. If the amount of mass lost during a nuclear reaction doubles, what happens to the energy relea...

AP Physics 2: 1.3 Properties of Objects and Systems. Which of the following is not a fundamental particle? 

AP Physics 2: 2.1 Properties of Objects and Systems. Which of the following pairs of charged conducting spheres would exhibit attraction?

AP Physics 2: 1.2 Systems Interactions and Changes. What's the approximate magnitude of the charge on each plate?

AP Physics 2: 1.1 Systems Interactions and Changes. How much heat is dissipated due to air drag as the candy falls?

AP Physics 2: 2.3 Systems Interactions and Changes. Calculate the emf induced across the wings of the starship.

AP Physics 2: 1.5 Waves. Which of the following explains why quantum mechanics is only applicable at the particle level?

AP Physics 2: 2.5 Waves. Which of the following statements is true?

AP Physics 2: 1.1 Waves. Find the light intensity.