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20 Cards in this Set

  • Front
  • Back
resistence
potential difference over time
power
energy over time
distance
speed x time
force
inverse of 1 over distance squared
time
distance over speed=
2piR over speed
final velocity in m/s
initial velocity in m/s + accelartion in m/s 2
distance travelled in meters
1/2 (initial velocity in m/s + final velocity in m/s) x t (time taken in seconds)
distance in travelled in meters (second formula)
initial velocity in m/s x time taken in seconds + 1/2 of acceleration x times taken in seconds squared
final velocity in m/s squared
initial velocity in meters squared + 2 x acceleration in metres x distance travelled in metres
momentum
mass x velocity
force
mass x acceleration
force (2nd formula)
change in momentum over time
refractive index (n)
speed of light in vacuum over speed of light in medium
refractive index
sine angle of incidence over sine angle of refraction
sin c
n to the power of 2 over n to the power of 1
magnification
image size over object size
resistance
voltage over current
V out
R squared over R squared to the power of 1 + R squared x V to the power of 5
primary voltage over secondary voltage
number of turns on primary coil over number of turns on secondary coil
power
voltage x current