- #1
22990atinesh
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Let M=Men, D=Days, H=Hours, η=efficiency, W=Work
##MDH \propto W##
##MDH = kW##
## \frac {MDH}{W} = k##
##\frac {M_1D_1H_1}{W_1} = \frac {M_2D_2H_2}{W_2} = \frac {M_3D_3H_3}{W_3}##
Which means total total Men hour per unit of work is constant and we say
η=total work done in one day (or 1 hour)
My doubts
1. Does η=W/MDH ?
2. Does here η refers to Rate of work.
##MDH \propto W##
##MDH = kW##
## \frac {MDH}{W} = k##
##\frac {M_1D_1H_1}{W_1} = \frac {M_2D_2H_2}{W_2} = \frac {M_3D_3H_3}{W_3}##
Which means total total Men hour per unit of work is constant and we say
η=total work done in one day (or 1 hour)
My doubts
1. Does η=W/MDH ?
2. Does here η refers to Rate of work.
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