Consider the following code fragment: .. stuff .. xor BX, BX mov AX, 1 mov CX,005H next_step: dec CX add AX, CX add BX, AX jexz out_of_loop jmp next_step out_of_loop: add CAT_1, BX .. a. In the table provided, give the values for AX, BX, and the variable CAT_1 (defined as a word) b. How many times does the loop (labeled "next_step") execute c. When the loop exits, what value is in CAT_1? Write the above code fragment in ARM assembly language. Assume all operands are 32-bit. Consider the following code fragment: .. stuff .. xor BX, BX mov AX, 1 mov CX,005H next_step: dec CX add AX, CX add BX, AX jexz out_of_loop jmp next_step out_of_loop: add CAT_1, BX .. a. In the table provided, give the values for AX, BX, and the variable CAT_1 (defined as a word) b. How many times does the loop (labeled "next_step") execute c. When the loop exits, what value is in CAT_1? Write the above code fragment in ARM assembly language. Assume all operands are 32-bit