Given the following values in the indicated bases: R1=(7630)_8, R2=(B45)_16, and R3=(000)_16. a- Convert R1, R2 and R3 into binary values (the sign bit is included in the above values where negative numbers are already in 2's complement) b- Use sign extension rules to double the size of each register c- Select the most economical multiplier from R1 and R2 for Booth's algorithm d- Use Booth's algorithm to multiply multiplier by multiplicand indicating all intermediate values R1 R2 Given the following values in the indicated bases: R1=(7630)_8, R2=(B45)_16, and R3=(000)_16. a- Convert R1, R2 and R3 into binary values (the sign bit is included in the above values where negative numbers are already in 2's complement) b- Use sign extension rules to double the size of each register c- Select the most economical multiplier from R1 and R2 for Booth's algorithm d- Use Booth's algorithm to multiply multiplier by multiplicand indicating all intermediate values R1 R2