In the context of advanced computer arithmetic i. The following binary numbers are in two's complement...

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In the context of advanced computer arithmetic i. The following binary numbers are in two's complement form: 11001100, 01001001. Convert them to decimal. ii. In a multiplier of two n-bit binary numbers, how long is the register that receives the outcome without overflowing? iii. If you are given two binary numbers in two's complement representation, when can you apply normal multiplication rules? If normal multiplication rules can be applied, state an overflow-related problem that might occur and give an example to illustrate this problem. Q2. b) Calculate the following two's complement multiplication using the modified Booth Encoder algorithm: (9) x (-13). Q2. c) In the context of distributed arithmetic. i. Which forms of computation are executed more efficiently by distributed arithmetic (DA)? In which applications are such computations most frequently encountered? What are the potential gains of the use of DA in these applications? ii. Calculate the following inner product using distributed arithmetic principles: (3, -5, 7)(0.5, -0.75, 1.25). Activate In the context of advanced computer arithmetic i. The following binary numbers are in two's complement form: 11001100, 01001001. Convert them to decimal. ii. In a multiplier of two n-bit binary numbers, how long is the register that receives the outcome without overflowing? iii. If you are given two binary numbers in two's complement representation, when can you apply normal multiplication rules? If normal multiplication rules can be applied, state an overflow-related problem that might occur and give an example to illustrate this problem. Q2. b) Calculate the following two's complement multiplication using the modified Booth Encoder algorithm: (9) x (-13). Q2. c) In the context of distributed arithmetic. i. Which forms of computation are executed more efficiently by distributed arithmetic (DA)? In which applications are such computations most frequently encountered? What are the potential gains of the use of DA in these applications? ii. Calculate the following inner product using distributed arithmetic principles: (3, -5, 7)(0.5, -0.75, 1.25). Activate