Distance to Momentum Calculator:
Enter the values of Change in Distance D(m), Change in Time T(sec) & Mass m(kg) to determine the value of Distance to Momentum p(kg*m/s).
Distance to Momentum Formula:
The Distance to Momentum p(kg*m/s) in kilogram meter per second is equal to the Change in Distance D(m) in meter and is divided by the Change in Time T(sec) in second and then Multiply the Mass m(kg) in kilogram.
The Formula of Distance to Momentum can be writtern as,
p(kg*m/s) = D(m) / T(sec) * m(kg)
Here,
p(kg*m/s) = Distance to Momentum in kilogram meter per second
D(m) = Change in Distance in meter
T(sec) = Change in Time in second
m(kg) = Mass in kilogram
Distance to Momentum Calculation :<>
1)Calculate the Distance to Momentum and given for /uChange in Distance = 30m , Change in Time = 3s , Mass = 10kg.
Answer
p = D / T * m
p = 30 / 3 * 10
p = 100kg*m/s.
2)Calculate the Mass and given for Change in Distance = 30m , Change in Time = 3s , Distance to Momentum = 100kg*m/s.
Answer
p = D / T * m
100 = 30 / 3 * m
m = 10kg.