Acceleration to Force Calculator

Acceleration to Force Calculator:

Enter the values of mass, M_(kg) and acceleration, A_(m/s2) to determine the value of acceleration to Force, F_(N).

Enter Mass :		kg
Enter Acceleration :		m/s2
Result – Acceleration to Force :		N

Acceleration to Force Formula:

Acceleration to force conversion uses Newton’s Second Law of Motion to determine the force exerted by an object undergoing a change in velocity over time.

Acceleration to Force, F_(N) in Newtons is calculated by multiplying the mass, M_(kg) in kilograms of an object by its acceleration, A_(m/s2) in metres per second squared.

Acceleration to Force, F_(N) = M_(kg)* A_(m/s2)

F_(N) = acceleration to force in Newtons, N.

M_(kg) = mass in kilograms, kg.

A_(m/s2)= acceleration in metres per second squared, m/s².

Acceleration to Force Calculation:

1.Calculate the Force Needed to Accelerate a Car, where mass is 1500kg and acceleration is 3m/s².

Given: M_(kg) = 1500kg, A_(m/s2)= 3m/s².

Acceleration to Force, F_(N) = M_(kg)* A_(m/s2)

F_(N) = 1500 * 3

F_(N) = 4500N.

2.Suppose a force of 120 Newtons results in an acceleration of 3 metres per second squared. To find the mass of the object.

Given: F_(N) = 120N, A_(m/s2)= 3m/s².

Acceleration to Force, F_(N) = M_(kg)* A_(m/s2)

M_(kg) = F_(N) / A_(m/s2)

M_(kg) = 120 / 3

M_(kg) =  40kg.