Physics Flashcards
Uniform Motion (distance, rate, time)
Uniformly accelerated motion formulas
Projectile
Horizontal-uniform motion
Projectile
Vertical-uniformly accelerated motion
Projectile General Formula
Range formula (Projectile)
Rotational Motion formulas
Kinetic energy for rotating object
Kinetic Energy for rolling objects
Newton’s second law
F = ma
Frictional Force
Work
Potential Energy
PE = mgh
Kinetic Energy
Transformation of work and kinetic energy
horsepower and watts conversion
1 hp = 746 watts
Momentum
p = mv
Impulse
J = Ft
Impulse and Change in momentum formula
Coefficient of Restitution (velocity relationship)
Coefficient of restitution (height relationship)
Centripetal acceleration
Centripetal force
Newton’s Law of universal gravitaion
Rotational Work
Rotational power
Rotational Kinetic Energy
Angular Momentum
Moment of Inertia (General)
Moment of Inertia of the following:
Archimedes Principle (buoyant force)
Pressure
Heat energy
Sensible heat:
Latent Heat:
Specific Heat of
Water:
Ice:
Steam:
Latent Heat of fusion and vaporization of water
Linear and volumetric thermal expansion
Relationship between coefficient of volume expansion and linear expansion
Carnot Efficiency
frequency and period relationship
Energy of freely vibrating simple harmonic oscillator (neglecting friction)
frequency of an object in a spring
frequency of an object in a pendulum
Velocity of transverse wave in a cord
Velocity of longitudinal wave in a solid
Velocity of longitudinal wave in a fluid
Maximum transverse velocity
Doppler frequency shift for sound waves
Speed of sound in air:
in water:
Speed of sound general formula
Doppler frequency shift for electromagnetic waves
frequency of the standing wave vibration for string and open pipe
Frequency of the standing wave vibrations for closed pipe
Sound Intensity
Intensity level of sound
Io = threshold hearing = 10^12 W/m^2
Angle of shock wave
Refraction and snell’s law
Index of refraction formula
Thin lens equation
Linear Magnification
Lens maker’s Equation
Illumination
Luminous Intensity
Laws of Illumination
Illumination at a specific point
Luminous efficiency
Coloumb’s law
Capillary Rise
Planck’s Law