__Acceleration with Two Masses Calculator:__

__Acceleration with Two Masses Calculator:__

Enter the values of Total Force F_{(N)} , Mass of the Object1 M1_{(kg)}& Mass of the Object2 M2_{(kg) }to determine the value of Total Force F_{(N).}

__Acceleration with Two Masses Formula:__

__Acceleration with Two Masses Formula:__

The Acceleration with Two Masses A_{(m/s}^{2}_{)} in meter per second square is Equal to the Total Force F_{(N)} in Newton and is Divided by the Mass of the Object1 M1_{(kg)} in kilogram and is Addition of the Mass of the Object2 M2_{(kg)} in kilogram.

The Formula of Acceleration with Two Masses can be written as,

A_{(m/s}^{2}_{)} = F_{(N)} / (M1_{(kg)} + M2_{(kg)} )

Here,

A_{(m/s}^{2}_{)} = Acceleration with Two Masses in meter per second square

F_{(N)} = Total Force in Newton

M1_{(kg)} = Mass of the Object1 in kilogram

M2_{(kg)} = Mass of the Object2 in kilogram

__Acceleration with Two Masses Calculation:__

__Acceleration with Two Masses Calculation:__

1)Calculate the Acceleration with Two Masses and given for Total Force 500N , Mass of the Object1 & 2 = 25kg & 25kg.

Answer

A = F / ( m1 + m2 )

A = 500 / ( 25 + 25 )

A = 10m/s^{2}.

2)Calculate the Total Force and given for Acceleration with Two Masses = 10m/s^{2} , Mass of the Object1 & 2 = 25kg & 25kg.

Answer

A = F / ( m1 + m2 )

10 = F / ( 25 + 25 )

F = 500N.

__Calculating Masses in Reactions:__

__Calculating Masses in Reactions:__