Design a combinational circuit that takes a $3-$bit unsigned number X as the input and computes the value of Z$,$ where Z $=2$X$2+17$X $+8$ You must implement the circuit using exactly one, $4$x$4$ unsigned multiplier you designed in Lab $2.$ You are not allowed to use any other gates in your design except one $4$x$4$ multiplier. Basically you need to figure out what to connect to the inputs of the $4$x$4$ multiplier so that the output of the multiplier is Z$.$