Flat Rolling

A $300-$mm$-$wide strip with a specific thickness is fed through a rolling mill with two powered rolls each of radius $=246$ mm that has a contact length $($L$)$ of $24\mathrm{.}4$ mm with the workpart. The work thickness is to be reduced with a true strain of $0\mathrm{.}12$ in one pass at a roll speed of $50$ rev$/$min$.$ The work material has a flow curve defined by K $=209\mathrm{.}2$ MPa and n $=0\mathrm{.}14.$ The rolling force required to accomplish the process was $1,714,796$ N$.$

Determine the Torque required to drive each roll in $($N$-$m$).$

Give the answer down to the $1$st decimal place