Question 1: Perform the multiplication 7 x 15 where you are given 7 as the multiplicand and 15 as the multiplier. Both original operands are 8 bit numbers. Use unsigned, ordinary binary notation and the ordinary multiplication algorithm similar to that shown in the class notes.
Question 2: Perform the multiplication 7 x 15 where you are given 7 as the multiplicand and 15 as the multiplier. Both original operands are 8 bit numbers. Use Modi?ed Booth's Algorithm to recode the multiplier. Show all partial products that are generated along with any sign extension which needs to be done in order to produce a product that will ?t into a 16 bit register. Use 2's complement representation and math.
Question 3: Perform 12 divided by 4 using the restoring division algorithm in binary. Show and explain all steps involved by using a running commentary in decimal similar to that used in the class notes. Compute a 4 bit answer.
Question 4: Perform 12 divided by 4 using the non-restoring division algorithm in binary. Show and explain all steps involved by using a running commentary in decimal similar to that used in the class notes. Compute a 4 bit answer.