Physics equations

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Eletrical Power
current² x resistance ( P= I² X R)
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Eletrical Power
current x potential difference (P=I X V)
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Kinteic energy
0.5 x mass x (speed)² ( KE = 0.5 X M X V²)
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Moment of a force
force x distance normal to the direction of the force
4 of 22
Work done
force x distance moved in the direction of the force ( E=F X d)
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Weight
mass x gravitational field strength ( w=m x g)
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Distance travelled
average speed x time
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Power
work done ÷ time taken (P=E ÷ t)
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Density
mass ÷ volume (P=m ÷ V)
9 of 22
Wave speed
distance ÷ time (V=X ÷ t)
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Change in gravitational potential energy
mass x gravitational field strength x change in the vertical height (△GPE= m x g x △h)
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Momentum
mass x velocity ( P= m x v)
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Charge
current x time ( Q= I X t)
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Potential difference
current x resistance ( V= I x R)
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Energy transferred
charge moved x potential difference ( E=Q X V)
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Power
energy transferred ÷ time taken (P= E÷ t)
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Acceleration
change in velocity ÷ time taken ( a= V-U ÷ t)
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Force exerted on a spring
spring constant x extension (F= k x X)
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Pressure
force normal to the surface ÷ area of that surface ( P= F ÷ A)
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Wave speed
frequency x wavelength (v= f x λ)
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Efficiency
useful energy transferred ÷ the total energy
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Force
mass x acceleration (F=m x a )
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Other cards in this set

Card 2

Front

current x potential difference (P=I X V)

Back

Eletrical Power

Card 3

Front

0.5 x mass x (speed)² ( KE = 0.5 X M X V²)

Back

Preview of the back of card 3

Card 4

Front

force x distance normal to the direction of the force

Back

Preview of the back of card 4

Card 5

Front

force x distance moved in the direction of the force ( E=F X d)

Back

Preview of the back of card 5
View more cards

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