Load Force Calculator, Formula, Load Calculation

Load Force Calculator:

Enter the values of mass in kilograms and acceleration in meters per second squared to calculate the Load Force in Newtons.

Load Force Formula:

Load force quantifies the force exerted on an object, typically due to acceleration or deceleration, within the framework of Newton’s second law of motion.

Load Force, LF_(N) in Newtons, is calculated by multiplying the mass of the object, m_(kg) in kilograms by the acceleration, a_(m/s²) in metres per second squared.

Load Force, LF_(N) = m_(kg) * a_(m/s²)

LF_(N) = load force in Newton, N.

m_(kg) = mass of the object in kilogram, kg.

a_(m/s²) = acceleration in metre per second squared.

Load Force Calculation:

1. Calculate the load force exerted on a 10 kg object accelerating at 2 m/s².

Given: m_(kg) = 10kg, a_(m/s²) = 2m/s².

Load Force, LF_(N) = m_(kg) * a_(m/s²)

LF_(N) = 10 * 2

LF_(N) = 20N.

2. Calculate the acceleration of a 20 kg object when a load force of 100 N is applied.

Given: m_(kg) = 20kg, LF_(N) = 100N.

Load Force, LF_(N) = m_(kg) * a_(m/s²)

a_(m/s²) = LF_(N) / m_(kg)

a_(m/s²) = 100 / 20

a_(m/s²) =5m/s².

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