Mechanics

Calculate and visualize the path of objects under the influence of gravity.

Apply the three laws of motion to solve force and acceleration problems.

Analyze objects moving in circular paths with centripetal acceleration.

Solve problems involving collisions and momentum conservation.

Calculate work, energy transformations, and power in physical systems.

Analyze oscillatory motion like springs and pendulums.

Explore the physics of simple harmonic motion with an interactive pendulum simulation.

Calculate final velocities in perfectly elastic collisions with momentum and kinetic energy conservation.

Analyze inelastic collisions where objects stick together and energy is lost.

Calculate friction forces, acceleration on inclined planes, and analyze static/kinetic friction.

Analyze spring-mass systems with Hooke's Law and simple harmonic motion.

Calculate torque, angular acceleration, moment of inertia, and analyze rotational dynamics.

Calculate centripetal force, acceleration, and analyze circular motion dynamics.

Calculate angular momentum, moment of inertia, and analyze rotational conservation laws.

Calculate impact velocity, time of fall, and motion under constant gravitational acceleration.

Solve linear motion with uniform acceleration using SUVAT equations.

Apply the impulse–momentum theorem to find velocity changes from force and contact time.

Calculate power from work/time or force and velocity for mechanical systems.

Calculate torque from force, lever arm, and angle about a pivot.

Find the center of mass for two point masses along a line.

Calculate relative speed between objects in 1D or 2D motion.

Find ideal banking angle and safe speed on curved roads.

Calculate acceleration and tension for two masses over a pulley.

Acceleration of spheres and cylinders rolling without slipping on an incline.