__Go-Kart Acceleration Calculator:__

__Go-Kart Acceleration Calculator:__

Enter the values of Force Generated by the Go-Kart Engine Fgk_{(N)} , Mass of the Go-Kart mgk_{(kg)} & Mass md_{(kg)} of the Driver to determine the value of Go-Kart Acceleration A_{(m/s}^{2}_{).}

__Go-Kart Acceleration Formula:__

__Go-Kart Acceleration Formula:__

The Go-Kart Acceleration A_{(m/s}^{2}_{)} in meter per second square is Equal to the Force Generated by the Go-Kart Engine Fgk_{(N)} in Newton and is Divided by the Mass of the Go-Kart mgk_{(kg)} in kilogram to Addition of the Mass of the Driver md_{(kg)} in kilogram.

The Equation of Go-Kart Acceleration can be written as,

A_{(m/s}^{2}_{)} = Fgk_{(N)} / ( mgk_{(kg)} + md_{(kg)} )

Here,

A_{(m/s}^{2}_{)} = Go-Kart Acceleration in meter per second square

Fgk_{(N)} = Force Generated by the Go-Kart Engine in Newton

mgk_{(kg)} = Mass of the Go-Kart in kilogram

md_{(kg)} = Mass of the Driver in kilogram

__Go-Kart Acceleration Calculation :__

__Go-Kart Acceleration Calculation :__

1)Calculate the Go-Kart Acceleration and given for Force Generated by the Go-Kart Engine = 800N , Mass of the Go-Kart = 100kg , Mass of the Driver = 50kg.

Answer

A = Fgk / ( mgk + md )

A = 800 / ( 100 + 50 )

A = 5.33m/s^{2}.

2)Calculate the Mass of the Driver and given for Force Generated by the Go-Kart Engine = 800N , Mass of the Go-Kart = 100kg , Go-Kart Acceleration = 5.33m/s^{2}.

Answer

A = Fgk / ( mgk + md )

5.33 = 800 / ( 100 + md )

Md = 50kg.

__HOW TO: Go Kart Weight Distribution for Optimum Performance:__

__HOW TO: Go Kart Weight Distribution for Optimum Performance:__