IN X86 Assembly

1. (5 points) Write an assembly program that does the following: Define the following value 04080706h in the .data segment using the 32-bit unsigned identifier Find the sum of its bytes using the PTR operator. The sum should be 19h. Store the result in the appropriate N-bit register The direction of adding two bytes goes from left to right. o Submit the following: - Lastnamel.asm 2. (5 points) Use a loop instruction with indirect addressing to reverse the elements of an array in place. - Do not copy the elements to any other array Use the SIZEOF, TYPE, and LENGTHOF operators to make the program as flexible as possible if the array size and type should be changed in the future Use the XCHG instruction. -US -The array's elements are: "B", "A, D", "C, "F', "E", "H', G". The array's elements after running the program should look like: A, B, C, D, E, F, G, H o Submit the following: " Lastname2.asm 1. (5 points) Write an assembly program that does the following: Define the following value 04080706h in the .data segment using the 32-bit unsigned identifier Find the sum of its bytes using the PTR operator. The sum should be 19h. Store the result in the appropriate N-bit register The direction of adding two bytes goes from left to right. o Submit the following: - Lastnamel.asm 2. (5 points) Use a loop instruction with indirect addressing to reverse the elements of an array in place. - Do not copy the elements to any other array Use the SIZEOF, TYPE, and LENGTHOF operators to make the program as flexible as possible if the array size and type should be changed in the future Use the XCHG instruction. -US -The array's elements are: "B", "A, D", "C, "F', "E", "H', G". The array's elements after running the program should look like: A, B, C, D, E, F, G, H o Submit the following: " Lastname2.asm