We consider the division with rest algorithm for unsigned integers in 4 bits. ...

You give the values of A[4:0] and Q[3:0] and the followed operation in each iteration.

Dividend (numerator) = 15₁₀ (1111₂) / Divisor (denominator) (M) = 7₁₀ (0111₂)

In each row, you provide the values of A[4:0] and Q[3:0] in binary wih all needed bits just after the opeartion given in the field "Operation in the same row.

If the operation is "No operation", you copy the values pf A[4:0] and Q[3:0] of the former row as they did not change.

Crowdly

We consider the division with rest algorithm for unsigned integers in 4 bits. ...

Хочете миттєвий доступ до всіх перевірених відповідей на informatica.cv.uma.es?

Iteración	A[4:0]	Q[3:0]	Operation
	₂	₂	Initialization
0	₂	₂	Shift Subtract M 0 to quotient 1 al cociente Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 al cociente Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 al cociente Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
1	₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
2	₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
3	₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation
₂	₂	Shift Subtract M 0 to quotient 1 to quotient Rest (add M) No operation