USE ONLY MSP430 ASSEMBLY Question Opcode Design Assume that an engineer wants to add division instruction support to MSP430 instruction set. The desired usage of the new instruction is as follows: div.w , which executes the following operations: dst = dst/src dst_next = dst % src (% is modulo operator) where dst_next (depending on the addressing mode) can be the next memory location (e.g. if dst = 0x200, then dst_next = 0x0202 ) or the next register (e.g. if dst = R6, then dst_next = R7). a) Comment on the possible instruction formats for this instruction. Additionally, propose a new format. Suggest suitable bit patterns for the opcodes. Explain with examples. b) Comment on execution clock cycles for desired operations considering all possible addressing modes. Explain step by step. Give examples. USE ONLY MSP430 ASSEMBLY Question Opcode Design Assume that an engineer wants to add division instruction support to MSP430 instruction set. The desired usage of the new instruction is as follows: div.w , which executes the following operations: dst = dst/src dst_next = dst % src (% is modulo operator) where dst_next (depending on the addressing mode) can be the next memory location (e.g. if dst = 0x200, then dst_next = 0x0202 ) or the next register (e.g. if dst = R6, then dst_next = R7). a) Comment on the possible instruction formats for this instruction. Additionally, propose a new format. Suggest suitable bit patterns for the opcodes. Explain with examples. b) Comment on execution clock cycles for desired operations considering all possible addressing modes. Explain step by step. Give examples