Timedora

General Physics I - PHYS 101

Covers kinematics, Newton's laws, forces, work, energy, momentum, rotation, and gravitation.

Study Tools

All

Study guides

7

3 Work and Energy

Learn how forces transfer energy through work, how work changes motion, and how potential energy, conservation, and power connect these ideas.
Study guide · Updated

6 Angular Momentum

Learn how angular momentum is defined, how torque changes it, and how its conservation explains spinning, orbital, and gyroscopic motion.
Study guide · Updated

4 Momentum and Collisions

Learn how momentum and impulse describe motion changes, when momentum is conserved, and how conservation laws distinguish elastic and inelastic collisions.
Study guide · Updated

7 Gravitation and Orbits

Understand how universal gravitation shapes gravitational fields, potential energy, orbital motion, and Kepler’s laws.
Study guide · Updated

5 Rotational Motion

Builds from angular position and motion to torque, rotational inertia, rotational dynamics, and the linked motion of rolling objects.
Study guide · Updated

2 Forces and Newton’s Laws

Learn how to represent forces as vectors, draw free-body diagrams, and apply Newton’s laws to equilibrium and motion.
Study guide · Updated

1 Kinematics

Learn how position, displacement, velocity, and acceleration describe motion, and how to apply kinematic equations, motion graphs, and component analysis.
Study guide · Updated

Quizzes

7

2 Forces and Newton’s Laws

A medium-level quiz on force models, Newton’s laws, vector components, and equilibrium.
Quiz · Updated

1 Kinematics

A medium-difficulty quiz on motion, kinematic quantities, motion graphs, constant-acceleration equations, and two-dimensional motion.
Quiz · Updated

7 Gravitation and Orbits

A medium-difficulty quiz on universal gravitation, gravitational fields and energy, orbits, and Kepler’s laws.
Quiz · Updated

6 Angular Momentum

A medium-difficulty quiz on angular momentum, torque, conservation, and rotating systems.
Quiz · Updated

4 Momentum and Collisions

A medium-difficulty quiz on momentum, impulse, and collisions, including calculations and applications of conservation principles.
Quiz · Updated

3 Work and Energy

A medium-difficulty quiz on work, energy, potential energy, and power.
Quiz · Updated

5 Rotational Motion

A medium-difficulty quiz on angular kinematics, torque, rotational inertia, and rolling motion.
Quiz · Updated

Flashcards

7

6 Angular Momentum

Learn how angular momentum is defined, how torque changes it, when it is conserved, and how it explains rotating and orbiting systems.
Flashcards · Updated

3 Work and Energy

Review how forces transfer energy through work, how kinetic and potential energy change, and how power measures the rate of energy transfer.
Flashcards · Updated

2 Forces and Newton’s Laws

Review force vectors, free-body diagrams, Newton’s laws, equilibrium, common force models, and a frictionless-incline example.
Flashcards · Updated

7 Gravitation and Orbits

Review Newtonian gravity, gravitational fields and energy, circular orbits, and Kepler’s laws.
Flashcards · Updated

5 Rotational Motion

Review angular motion, torque, rotational inertia, rotational dynamics, and the key relationships for rolling without slipping.
Flashcards · Updated

4 Momentum and Collisions

Review momentum, impulse, conservation laws, and how kinetic energy distinguishes collision types.
Flashcards · Updated

1 Kinematics

Review core kinematics concepts, constant-acceleration equations, motion graphs, and ideal projectile motion.
Flashcards · Updated