7. (10 points) Write a complete assembly program, which calls a subroutine to only if array(i)...

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7. (10 points) Write a complete assembly program, which calls a subroutine to only if array(i) is NOT a power of 2 (e.g., 2, 4, 8, etc). Narray(1) compute 21 { You need to make up an array of 8-bit numbers with N at least equal to 10 and placed the array near the end of the program. Use at least one loop in the subroutine. The result should be found at $1000. Add comments to each line of the source code as part of the explanation. Draw the stack frame to show how parameters are passed and stored upon the subroutine call. Also draw the flow chart of the program. Write the following program in MIPS: a) declare an array A of the following numbers: 3, 5, 8, 10, 12, 2, 76, 43, 90, 44 b) declare a variable called size which stores the number of element in array A, that is 10. c) write a subroutine to search for a number stored in an array and return true or false. In C++ the subroutine is as follows: search(array, size, number_To_Search) e.g. search(A, 10, 12) The subroutine should return 0 for false or 1 for true in register $v0. d) The parameters to the search subroutine are stored in $a0-stores base address of A, Sa1-stores the number of elements in A that is 10, $a2-stores the number to search for (e.g. 12) e) In C++, you would write: for (Int l=0; i 7. (10 points) Write a complete assembly program, which calls a subroutine to only if array(i) is NOT a power of 2 (e.g., 2, 4, 8, etc). Narray(1) compute 21 { You need to make up an array of 8-bit numbers with N at least equal to 10 and placed the array near the end of the program. Use at least one loop in the subroutine. The result should be found at $1000. Add comments to each line of the source code as part of the explanation. Draw the stack frame to show how parameters are passed and stored upon the subroutine call. Also draw the flow chart of the program. Write the following program in MIPS: a) declare an array A of the following numbers: 3, 5, 8, 10, 12, 2, 76, 43, 90, 44 b) declare a variable called size which stores the number of element in array A, that is 10. c) write a subroutine to search for a number stored in an array and return true or false. In C++ the subroutine is as follows: search(array, size, number_To_Search) e.g. search(A, 10, 12) The subroutine should return 0 for false or 1 for true in register $v0. d) The parameters to the search subroutine are stored in $a0-stores base address of A, Sa1-stores the number of elements in A that is 10, $a2-stores the number to search for (e.g. 12) e) In C++, you would write: for (Int l=0; i