5. Write a code sequence using an iteration control structure which will store the value $23 into memory locations $2000 through $2010. 6. Write a code sequence using an iteration control structure which given a starting address in register X, an ending address in Y, and a value in B, will store the value in B into the location specified in X through the location specified in Y. 7. Write a code sequence using an iteration control structure which given a starting address in register X, a count in accumulator A, and a value in B, will store the value in B into the location specified in X for a total of A bytes. Note that A is unsigned and might be zero 8. Write a code sequence using an iteration control structure which will add together all the (unsigned) bytes in memory locations $2000 through $2010, storing the sum in accumulator D. 5. Write a code sequence using an iteration control structure which will store the value $23 into memory locations $2000 through $2010. 6. Write a code sequence using an iteration control structure which given a starting address in register X, an ending address in Y, and a value in B, will store the value in B into the location specified in X through the location specified in Y. 7. Write a code sequence using an iteration control structure which given a starting address in register X, a count in accumulator A, and a value in B, will store the value in B into the location specified in X for a total of A bytes. Note that A is unsigned and might be zero 8. Write a code sequence using an iteration control structure which will add together all the (unsigned) bytes in memory locations $2000 through $2010, storing the sum in accumulator D