Please do not copy/paste content from elsewhere but answer the question directly in your words and briefly explain your resoning. There is another answer to this question here but it's completely off-topic.

For a program running on a multi-cycle processor: When a BEQ instruction executes, the ALU subtracts its operands and asserts the Zero control signal when the result is 0, which causes the PC to be modified. When a SUB instruction executes, the ALU also subtracts its operands and asserts the Zero control signal when the result is 0. Does asserting the Zero control signal during execution of a SUB instruction cause the PC to be modified? Explain your reasoning. For a program running on a multi-cycle processor: When a BEQ instruction executes, the ALU subtracts its operands and asserts the Zero control signal when the result is 0, which causes the PC to be modified. When a SUB instruction executes, the ALU also subtracts its operands and asserts the Zero control signal when the result is 0. Does asserting the Zero control signal during execution of a SUB instruction cause the PC to be modified? Explain your reasoning