Twelve pages of mostly multiple-choice questions comprise this comprehensive New York Regents physics exam. It covers an entire year's worth of physics curriculum and takes about 3 hours to complete. Review the questions to ensure they...

Give every type of learner in your physics class an opportunity to demonstrate what they have learned throughout the year. From analyzing tables and graphs to evaluating diagrams and solving problems, there is an outstanding variety of...

For this physics activity, students complete 72 multiple-choice, problem-solving, and short-answer questions on various physics concepts.

This is a list of 23 questions covering the major concepts of Chapter 6: Uniform Circular Motion and Gravitation from the AP Physics online text.

This page offers a list of 50 problems/exercises to solve based on the content of Chapter 6: Uniform Circular Motion and Gravitation from the AP Physics online text.

This is a list of problems and exercises to solve based on the content of Chapter 16: Oscillatory Motion and Waves from the AP Physics online text.

This page offers 57 problems/exercises based on the content of Chapter 4: Dynamics: Force and Newton's Laws from the AP Physics online text.

This University of Minnesota site provides a series of contextually rich, real-world problems demonstrating force and Newton's second law of motion.

Assess your understanding of force, mass and acceleration and the relationship amongst the three with this interactive multiple choice quiz. Immediate feedback is offered.

This University of Minnesota site provides a series of contextually rich problems pertaining to force, Newton's second law of motion, and linear kinematics.

Take this ten question multiple choice quiz on motion and mechanics.

Can you describe and explain all Newton's Laws of Motion? This exercise has students testing their knowledge of the Laws of Motion with this quiz.

Students must calculate the distance an object will move up an incline using Newton's Laws. Mass, angle, gravitational field and initial speed will be generated randomly.

Students must calculate the distance an object will move up an incline using Newton's Laws. Mass, angle, gravitational field, coefficient of friction and initial speed will be generated randomly.

Students must calculate the speed of a block when it returns to its original location on an incline using Newton's Laws. Mass, angle, gravitational field, coefficient of friction and initial speed will be generated randomly.

Students will set the launch speed and fuse time for a firework so that the firework will explode at the desired height and speed. This problem does not take place on Earth.

On this site, students can practice applying their knowledge of the angular second law to predict what would happen between applied force and angular acceleration.

This resource provides reproducibles that aide in student learning of force and motion. Also offers hands-on and cooperative learning activity ideas as well as an ESL/ELD activity. This resource is in PDF form; requires Adobe Reader.

Let your students have a little fun and reinforce their learning of motion-related concepts at the same time.

Students must determine the force of friction on a car on a turn and the maximum speed the car could navigate a turn.

Practice for the MCAT with this passage, diagram, and question about equilibrium and translational motion.

Students must calculate the time it takes for a car to come to a rapid stop and the distance the car covers when stopping.

Students must calculate the acceleration of an object down an incline when there is friction present. Mass, angle and coefficient of friction will be generated randomly.

Students must determine where a soccer ball will land based on the speed with which it is kicked. Students will also need to find the time in the air and the maximum height obtained by the projectile. This problem does not take place on...