In this program you calculate n to the power of k,This is done by repetitive multiplications; p = n*n*n*.... n, repeated k times.Design the algorithm (Assume you have the Multiply function that wasdiscussed in LC-3 lecture)Write the assembly program, repetitively calling the MULT subroutine.a. Run two examples; p=34, and p=21º. Submit screenshots of yoursimulator after running each example.p = n*.

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In this program you calculate n to the power of k, p = n*. This is done by repetitive multiplications; p = n*n*n*.... n, repeated k times. Design the algorithm (Assume you have the Multiply function that was discussed in LC-3 lecture) %3D Write the assembly program, repetitively calling the MULT subroutine. a. Run two examples; p=34, and p=21°. Submit screenshots of your simulator after running each example.

In this program you calculate n to the power of k, p = n. This is done by repetitive multiplications; p = nnn.... n, repeated k times. Design the algorithm (Assume you have the Multiply function that was discussed in LC-3 lecture) %3D Write the assembly program, repetitively calling the MULT subroutine. a. Run two examples; p=34, and p=21°. Submit screenshots of your simulator after running each example.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter5: Repetition Statements

Section5.6: Nested Loops

Problem 2E

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