In this section, you will evaluate how long it takes to execute different types of the instructions of the MIPS computer.

Number of clock cycles for dadd instruction (integer addition)

Load and execute in step mode following program:

        .text

As a result of the execution you should receive clock cycle diagram of the execution similar to this on the image:

Analyze this clock cycle diagram of execution of the program and answer the question: 

Number of clock cycles for div.d instruction (floating point division).

Load and execute in step mode following program:

        .text

Analyze clock cycle diagram of execution of the program and answer the question:

Number of clock cycles for mul.d instruction (floating point multiply).

Load and execute in step mode following program:

        .text

Analyze clock cycle diagram of execution of the program and answer the question:

How many clock cycles does the execution of the instruction halt take?

Number of clock cycles for add.d instruction (floating point addition).

Load and execute in step mode following program:

        .text

Analyze clock cycle diagram of execution of the program and answer the question:

How many clock cycles does the execution of the instruction nop take?