Problem 5: Assume that both inverted and un-inverted signals are available for every primary input (a) Convert the design below into one that lends itself to a domino CMOS implementation. Do not write out logic equations, minimize gates or merge signals to create complex gates without rewiring, but merely by changing the existing gates and adding and removing inverters, you are to create 5 domino gates that compute the same value for Z as the circuit above. Use De Morgan's Law to transform existing gates where necessary. The inputs (w, x, y, u and z) are driven by domino gates and the output, R, must be able to drive a domino gate (use only two basic DOMINO CMOS cells); (b) Derive a CMOS implementation for the logic gate circuit using only three basic CMOS cells LI