ALL THE FORMULAS IN PHYSICS LEAVING MODERN PHYSICS

Position vector
Instantaneous velocity
Instantaneous acceleration
Constant linear acceleration
Range
Angular velocity
Angular acceleration
Period
Frequency
Circumferential velocity
Centripetal acceleration
Newton’s 2nd Law
Force of a spring (Hooke's Law)
Force of friction		static friction kinetic friction
Universal Law of Gravitation
Linear momentum
Newton’s second law of motion
Impulse
Linear momentum of a system of particles		for i particles
Kinetic energy of a particle
Work and Work-Energy theorem
Power
Potential energy of a spring		k is the spring constant
Gravitational potential energy near the surface of a planet		y << radius of the planet
Gravitational potential energy at any distance from a planet		M is the mass of the planet
Total mechanical energy of a system of particles		for i particles
Angular momentum
Angular momentum of a rotating particle
Torque
Rate of change of angular momentum
Power on a rotating system
Center of mass		for j particles
One dimensional elastic collision of two particles		where m1 and m2are the masses of particles one and two, v1 and v2 are their initial speeds, and u1and u2 are their final speeds
Angular velocity of a rigid body
Angular acceleration of a rigid body
Rotational kinematics with constant acceleration
Rolling without slipping
Kinetic energy of a rotating rigid body
Moment of rotational inertia
Dynamic relations for rigid bodies with rotational or mirror symmetry		subscript A refers to a given axis
Density
Pressure
Pressure in an ideal gas		for an incompressible liquid: r = constant
Pressure gradient of a static fluid in a gravitational field
Archimedes’ principle
Equation of motion for a spring and any simple harmonic oscillator
Angular frequency for an oscillating spring
Displacement and velocity of an oscillating spring		two alternative expressions. x and A are replaced by q andqmax for a simple pendulum
Angular frequency of a simple pendulum
Total energy in an oscillating spring
Total energy in a simple pendulum