for group c

thats all i can add teacher asked us like this i have limited time please help

#3) A datapath architecture is given below: (50pts) a) Draw and ASM chart for an algorithm to implement operation of: RESULT=B*B-A (for group A students) RESULT=4*B + 4*A (for group B students) RESULT=B*B*B (for group C students) RESULT=B*B*A (for group D students) with an input signal "GO". (20pts) b) Determine the functions of input signals x0, x1, x2, x3, x4 (15pts) (Hint: You may use any of signals from the list of "clear, reset, increment, decrement, shift_left, shift_right, load, select, complement"). (10pts) c) Which boxes represent a register? (5pts) d) Let the outputs of A and B are n bits. To operate without overflow how many bits each unit should be designed with? (5pts) e) Draw an ASM chart for the operation of RESULT=RESULT+2 (10pts) A B XO MULTIPLEXER P COMPLEMENTER Zero ADDER Carry_in RESULT x4 #3) A datapath architecture is given below: (50pts) a) Draw and ASM chart for an algorithm to implement operation of: RESULT=B*B-A (for group A students) RESULT=4*B + 4*A (for group B students) RESULT=B*B*B (for group C students) RESULT=B*B*A (for group D students) with an input signal "GO". (20pts) b) Determine the functions of input signals x0, x1, x2, x3, x4 (15pts) (Hint: You may use any of signals from the list of "clear, reset, increment, decrement, shift_left, shift_right, load, select, complement"). (10pts) c) Which boxes represent a register? (5pts) d) Let the outputs of A and B are n bits. To operate without overflow how many bits each unit should be designed with? (5pts) e) Draw an ASM chart for the operation of RESULT=RESULT+2 (10pts) A B XO MULTIPLEXER P COMPLEMENTER Zero ADDER Carry_in RESULT x4