Physics equations mocks Flashcards
equation linking force, distance moved and work done
work done = force x distance moved
what is the equation linking kinetic energy, speed and mass
kinetic energy = 1/2 x mass x speed^2
what is the equation linking time, work done and power
power = work done/ time taken
distance moved, average speed, time taken
average speed= distance moves/ time taken
change in velocity, time taken, acceleration
acceleration = change in velocity/ time taken
force, acceleration, mass
force = mass x acceleration
gravitational field strength, weight, mass
weight = mass x gravitational field strength
force, perpendicular distance from the pivot, moment
moment = force x perpendicular distance from the pivot
work done, distance moved, force
work done = force x distance moved
gravitational potential energy, gravitational field strength, height, mass
gravitational potential energy = mass x gravitational field strength x height
mass, kinetic energy, speed
kinetic energy = 1/2 x mass x speed^2
time taken, power, work done
power = work done/ time taken
density, volume, mass
density = mass/volume
force, area, pressure
pressure = force/area
hight, density, pressure difference, gravitational field strength
pressure difference = height x density x gravitational field strength
change in thermal energy, change in temperature, specific heat capacity, mass
change in thermal energy = mass x change in temperature x specific heat capacity
current, voltage, power
power = current x voltage
current, time, voltage, energy transferred
energy transferred = current x time x voltage
current, resistance, voltage
voltage = current x resistance
charge, time, current
charge = current x time
charge, voltage , energy transferred
energy transferred = charge x voltage
output voltage, input voltage, primary turns, secondary turns
input voltage/ output voltage = primary turns/ secondary turns
primary voltage, secondary voltage, primary current, secondary current
VpIp = VsIs
frequency, wavelength, wave speed
wave speed = frequency x wavelength
time period , frequency
frequency = 1/ time period
sin i, sin r, n
n = sin i/ sin r
sin c, n
sin c = 1/n
orbital radius, time period, orbital speed
orbital speed = 2 x Pi x orbital radius/ time period
velocity of galaxy, change in wavelength, reference wavelength, speed of light
change in wavelength/ reference wavelength = speed of galaxy/ speed of light
what is the speed of light
3 x 10^8