2- Consider the internal structure of a pseudo-CPU discussed in class. Suppose the pseudo-CPU can be used to implement the hypothetical instructions given below (Actually, these are instructions from PDP-8, which is the first commercially successful minicomputer from the 60's). Give the sequence of microoperations required to implement the Fetch and Execute cycle for each of the instructions shown below. Your solution should result in minimum number of microoperations. Assume PC is currently pointing to the instruction and only PC and AC have the capability to increment itself. (a) Logical AND: AND Y; AC + AC A M(Y) (b) Increment and skip if zero: ISZ Y; M(Y) M(Y) + 1, If(M(Y)+1=0) Then PC PC +1 (c) Deposit and clear the accumulator: DCA Y; M(Y) + AC, AC 0 (d) Jump to subroutine: JMS Y; M(Y) PC, PC + Y+1