1
Q
Equation for potential difference linking with work done and charge
A
work done (W) / charge (Q)
2
Q
Equation for work done relating to kinetic energy
A
W = 1/2 m (9.11x10^31) v^2
3
Q
Equation for work done relating to potential difference
A
W = V e
4
Q
Equation for power relation to work done and time
A
work done (W) / time (t)
5
Q
Equation for power in relation to potential difference
A
potential difference (V) x Current (A)
6
Q
power
A
The rate of energy transfer or rate of doing work
7
Q
Equationg for power in relation to current and resistance
A
current ^2 (I) x resistance (R)
Physics - Electric Circuits
flashcards
Decks in class (3)
# Cards
