I didn't understand the question at all. Please help me on that, thank you !

dresses in these questions are provided in hexadecimal format. Write a program for the Basic Computer that counts the total number of I's in an array of N mbers that are stored in memory starting with the address F01. This total number of l's has to he stored by your program in the memory location at address EFF. The main program invokes a subroutine (called ONE) which counts the number of l's contained in a single memory location. For example, if the memory location contains the binary number 0000 0000 1001 1100, the value found by the subroutine will be 0000 0000 0000 0100, as the number of l's in 0000 0000 1001 1100 is 4. This result (the number of I's) is passed by the subroutine ONE to the calling program through the accumulator, and the address of the memory location being processed is passed to ONE through the accumulator AC, as well. Your subroutine ONE should be stored in the memory of your Basic Computer beginning with address A00, while the main program starts at address 9C0. Delore running the program, the operator loads N (the number of array's elements) at the memory location Foo which is then followed by the elements of the array to be processed. 4) Write the subroutine ONE in assembly language using instructions of the Basic Computer given in the Table 6 from the Annex; Write the main program that calls the subroutine ONE. NOTE: You are allow ou are allowed to use alternative ways to pass parameters to/from the subroutine, but explanations should be provided. dresses in these questions are provided in hexadecimal format. Write a program for the Basic Computer that counts the total number of I's in an array of N mbers that are stored in memory starting with the address F01. This total number of l's has to he stored by your program in the memory location at address EFF. The main program invokes a subroutine (called ONE) which counts the number of l's contained in a single memory location. For example, if the memory location contains the binary number 0000 0000 1001 1100, the value found by the subroutine will be 0000 0000 0000 0100, as the number of l's in 0000 0000 1001 1100 is 4. This result (the number of I's) is passed by the subroutine ONE to the calling program through the accumulator, and the address of the memory location being processed is passed to ONE through the accumulator AC, as well. Your subroutine ONE should be stored in the memory of your Basic Computer beginning with address A00, while the main program starts at address 9C0. Delore running the program, the operator loads N (the number of array's elements) at the memory location Foo which is then followed by the elements of the array to be processed. 4) Write the subroutine ONE in assembly language using instructions of the Basic Computer given in the Table 6 from the Annex; Write the main program that calls the subroutine ONE. NOTE: You are allow ou are allowed to use alternative ways to pass parameters to/from the subroutine, but explanations should be provided