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This short video explains, how computers change the carry flag, when ALU adds or subtracts two unsigned integers. The carry flag is a single binary bit, in one of the core registers. The carry flag is used to indicate, whether ALU has generated a carry out of the most docHub bits. An example is, what happens if one were to add 28 and 6 using 5-bit registers. The result should be 34, which is 100010, requiring 6 bits to represent in binary. The five least docHub bits are stored in the result register. However, the most docHub bit is not stored because each register has only five bits. Therefore, ALU produces 2 as the result, and sets the Carry flag to one, indicating the result is too large to fit into a 5-bit register. We can use the number wheel to explain the carry. Numbers can be added or subtracted by moving round the number wheel, clockwise for addition, and counterclockwise for subtraction. In this 5-bit example, carry occurs when a transition is made from 31 to 0