# Uphill Force Calculator, Formula, Uphill Force Calculation

## Uphill Force Calculator:

Enter the values of Mass of the object m(kg) , Accelaration of Gravity g(m/s2),Incline Angle Cos a(degree) & coefficient of friction (u)  to determine the value of Uphill Force UF(Newton).

 Enter Mass of the Object: kg Enter Incline Angle: degree Enter Coefficient of Friction: Result – Uphill Force : Newton

## Uphill Force Formula:

The Uphill Force UF(Newton) in Newton is equal to the Mass of the object m(kg) in kilogram into multiply the Accelaration of Gravity g(m/s2) in meter per second square and again multiply the Incline Angle Cos a(degree) in degree and addition of Mass of the object m(kg) in kilogram into multiply the Accelaration of Gravity g(m/s2) in meter per second square and again multiply the Incline Angle Sin a(degree) in degree into multiply the coefficient of friction (u).

The Equation of Uphill Force can be writtern as,

UF(Newton) = m(kg) * g(m/s2) * Cos a(degree) + m(kg) * g(m/s2) * Sin a(degree) * u

Here,

UF(Newton) = Uphill Force in Newton

m(kg) = Mass of the object in kilogram

g(m/s2) = Accelaration of Gravity in meter per second square

a(degree) = Incline Angle in degree

u = coefficient of friction

### Calculation For Uphill Force :

1)Determine the Uphill Force and mass = 12kg , angle = 30degree , coefficient of friction = .61

UF = m * g * cos(a) + m * g * sin(a) * u

UF = 12 * 9.81 * cos (30) + 12 * 9.81 * sin (30) * .61

UF = -59.87N.

2)Determine the Mass and Uphill Force = 59.87N , angle = 30degree , coefficient of friction = .61