As asked, kindly answer the complete question in MIPS assembly language so that I can copy it there to run and check.

Also include screenshot of the output and input both directly from the MIPS.

Use typed coding, no handwritten.

Show how the following pseudocode expression can be evaluated in MIPS assembly language, without modifying the contents of the "s" registers. $t8.$t9 = ($s2 - $s3) * $54 / $51; s4 Assume that it takes one clock cycle to fetch and execute each instruction except multiply, which takes 32 cycles, and divide, which takes 38 cycles. How many clock cycles will it take to execute your code? Submit your solution as MIPS assembly file