acceleration (m/s-squared) x time (s) = final velocity (m/s) - initial velocity (m/s)
2 of 15
Resultant force
mass (kg) x acceleration (m/s-squared) = force (N)
3 of 15
Work done
force (N) x distance moved in the direction of the force (m) = work done (J)
4 of 15
Kinetic energy
1/2 mass (kg) x velocity-squared = kinetic energy
5 of 15
Momentum
velocity (m/s) x mass (kg) = momentum (kg/m/s)
6 of 15
Changing momentum
force (N) x time (s) change in momentum (kg/m/s)
7 of 15
Resistance
resistance x current = potential difference
8 of 15
Current
current x resistance = potential difference
9 of 15
Alternating current
frequency (hertz) x time period (s) = 1
10 of 15
Power of an appliance
power (watts) x time (s) = energy transferred (J)
11 of 15
Power supplied
power (watts) x time (s) = energy transferred (J)
12 of 15
Charge flow
current (amperes) x time (s) = charge flow (coulomb)
13 of 15
Energy & potential business
charge flow (coulomb) x potential difference (volts) = energy transferred (J)
14 of 15
Radioactive decay
Alpha - atomic number down 2, mass number down 4; Beta emission - atomic number up 1, mass number stays the same; Gamma emission - atomic number and mass number stay the same
15 of 15
Other cards in this set
Card 2
Front
Velocity-time graphs
Back
acceleration (m/s-squared) x time (s) = final velocity (m/s) - initial velocity (m/s)
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