# Bowling Ball Force Calculator, Formula, Bowling Ball Force Calculation

## Bowling Ball Force Calculator:

Enter the values of Bowling Ball Mass BBM(kg), Bowling Ball Velocity BBV(m/s) & Distance of Impact b/w ball and pin CD(m) to determine the value of Bowling Ball Force BBF(Newton).

 Enter Bowling Ball Mass: kg Enter Bowling Ball Velocity: m/s Enter Distance of Impact b/w Ball and Pin: m Result – Bowling Ball Force: Newton

## Bowling Ball Force Formula:

The Bowling Ball Force BBF(Newton) in Newton is equal to the Bowling Ball Mass BBM(kg) in kilogarm into multiply the Bowling Ball Velocity BBV(m/s) in meter per second and divided by the Distance of Impact b/w ball and pin CD(m) in meter.

The Equation of Bowling Ball Force can be writtern as,

BBF(Newton) = BBM(kg) * BBV2(m/s) / CD(m)

Here,

BBF(Newton) = Bowling Ball Force in Newton

BBM(kg) = Bowling Ball Mass in kilogarm

BBV(m/s) = Bowling Ball Velocity in meter per second

CD(m) = Distance of Impact b/w ball and pin in meter

### Calculation for Bowling Ball Force:

1) Calculate the Bowling Ball Force and given for Bowling Ball Mass = 6.5kg , Bowling Ball Velocity = 1.75m/s , Distance = 1m.

BBF = BBM * BBV2 / CD

BBF = 6.5 * 1.752 / 1

BBF = 19.90N.

2) Calculate the Bowling Ball Mass and given for Bowling Ball Force = 19.90N , Bowling Ball Velocity = 1.75m/s , Distance = 1m.