Initialze v to be a vector containing 1 row and n columns of zeros using the...

 

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Initialze v to be a vector containing 1 row and n columns of zeros using the zeros function in Matlab. %Implement an algorithm to convert x, a natural number, %to binary. % Initialize q, the quotient, to x. % Initialize i, an index variable, to 1. % % % % % % While q is greater than zero: Store the remainder of q and 2 in v(i) (use mod function). Print this step using the following Matlab code: fprintf("%i / 2 = %i r %i ", q, floor (q / 2), v(i)); Assign q to the floor of q / 2. Increment i by 1. %Assign v to be the reverse(v). You should implmement %the reverse function before doing this step. Initialze v to be a vector containing 1 row and n columns of zeros using the zeros function in Matlab. %Implement an algorithm to convert x, a natural number, %to binary. % Initialize q, the quotient, to x. % Initialize i, an index variable, to 1. % % % % % % While q is greater than zero: Store the remainder of q and 2 in v(i) (use mod function). Print this step using the following Matlab code: fprintf("%i / 2 = %i r %i ", q, floor (q / 2), v(i)); Assign q to the floor of q / 2. Increment i by 1. %Assign v to be the reverse(v). You should implmement %the reverse function before doing this step.