The maximum power transferred to a load for a resistive Thevenin's circuit and condition for which it occurs are
1
\({P_{max}} = \frac{{4V_T^2}}{{{R_T}}}\;and\;{R_L} = {R_T}\)
2
\({P_{max}} = \frac{{V_T^2}}{{4{R_T}}}and\;{R_L} = {R_T}\)
3
\({P_{max}} = \frac{{2V_T^2}}{{{R_T}}}\;and\;{R_L} = {R_T}\)
4
\({P_{max}} = \frac{{V_T^2}}{{2{R_T}}}and\;{R_L} = \frac{{{R_T}}}{2}\)