Our Pull Force Calculator helps you accurately determine the exact force needed to move an object across a surface. Input object mass, friction coefficient, and pulling angle to understand the mechanics of motion. Essential for engineers, students, and anyone dealing with practical force calculations.
Formula:
Fpull = (μ × m × g) / (cos(θ) + μ × sin(θ))
Where:
Fpull = The required Pull Force (Newtons, N)
μ = Coefficient of Friction (a dimensionless value)
m = Mass of the Object (kilograms, kg)
g = Acceleration due to Gravity (9.81 m/s²)
θ = The Angle of Pull (in degrees) relative to the horizontal surface