science eqautions

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weight eqaution
weight = mass X gravitational field strength
1 of 20
work done equation
work done = force X distance
2 of 20
force with springs equation
force applied to spring = spring constant X extension
3 of 20
distance equation
distance travelled = speed X time
4 of 20
acceleration equation
acceleration = change in velocity divided by time taken
5 of 20
resultant force equation
resultant force = mass X acceleration
6 of 20
kinetic energy equation
kinetic energy = 0.5 X mass X (velocity)2
7 of 20
gravitational potential energy equation
gravitational potential energy = mass X G field strength X height
8 of 20
power equation
power = energy transferred divided by time
9 of 20
power equation 2
pwer = work done divided by time
10 of 20
efficiency eqaution
efficiency = useful output energy divided by total input energy
11 of 20
efficiency equation 2
efficiency = useful power output divided by total power input
12 of 20
wave speed equation
wave speed = frequency X wavelength
13 of 20
charge flow equation
charge flow = current X time
14 of 20
potential difference equation
potential difference = current X resistance
15 of 20
power equation 3
power = potential difference X current
16 of 20
power equation 4
(current)2 X resistance
17 of 20
energy transferred equation
energy transferred = power X time
18 of 20
energy transferred equation 2
energy transferred = charge flow X potential difference
19 of 20
density equation
density = mass divided by volume
20 of 20

Other cards in this set

Card 2

Front

work done = force X distance

Back

work done equation

Card 3

Front

force applied to spring = spring constant X extension

Back

Preview of the back of card 3

Card 4

Front

distance travelled = speed X time

Back

Preview of the back of card 4

Card 5

Front

acceleration = change in velocity divided by time taken

Back

Preview of the back of card 5
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