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WorksheetsPhysics formulas
Total questions: 20
Worksheet time: 12mins
SI unit for distance
miles
centimeters
meters
inches
SI unit for time
seconds
minutes
hours
days
Formula for velocity
v = d*t
v = d/t
v = m*t
v = m/t
Formula for acceleration
a = (vf-vo)/t
a = t/(vf-vo)
a = t*(vf-vo)
a = t*d
SI unit for mass
kilograms
grams
pounds
ounces
SI unit for force
Joules
Watts
Newtons
meters
Formula for force
F = m*a
F = m/a
F = d*a
F = d/a
SI unit for energy
Joules
Watts
Newtons
meters
Formula for work
W = F*d
W = F/d
W = F*m
w = F/m
Formula for kinetic energy
KE = m*g*y
KE = 21 m*v^2
KE = F*d
KE = W/t
Formula for potential energy
U = m*g*y
U = 21 m*v^2
U = F*d
U = W/t
Formula for spring constant
k = -F/d
k = F/d
k = -F*d
k = F*d
Formula for elastic potential energy
Us = m*g*y
Us = 21 k*x^2
Us = F*d
Us = W/t
Formula for total mechanical energy
TME = Ki-Kf+Ugi-Ugf+Usi-Usf+W
TME = W
TME = Ki+Kf+Ugi+Ugf+Usi+Usf+W
TME = Ki-Kf-Ugi-Ugf-Usi-Usf-W
SI unit for power
Watts
Joules
Newtons
Meters
Formula for power
P = W/t
P = E/t
P = W*t
P = E*t
Definition of work
The amount of energy transferred when an object is moved over a distance by an external force in regards to the direction of the displacement.
The rate of energy transferred per second
The amount of energy transferred in motion
The amount of energy an object has at rest / before motion
Definition of power
The amount of energy transferred when an object is moved over a distance by an external force in regards to the direction of the displacement.
The rate of energy transferred per second
The amount of energy transferred in motion
The amount of energy an object has at rest / before motion
Definition of kinetic energy
The amount of energy transferred when an object is moved over a distance by an external force in regards to the direction of the displacement.
The rate of energy transferred per second
The amount of energy transferred in motion
The amount of energy an object has at rest / before motion
Definition of potential energy
The amount of energy transferred when an object is moved over a distance by an external force in regards to the direction of the displacement.
The rate of energy transferred per second
The amount of energy transferred in motion
The amount of energy an object has at rest / before motion
