Shifting a register content to left by one bit is equal to
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Shifting a register content to left by one bit is equal to multiplying by number 2.
● Moving a paired number by one piece is comparable to duplicating (when moving to one side) or separating (when moving to one side) the number by 2.
● Hence such shifting is also defined as multiples of 2.
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Shifting register content to left by one bit is equal to multiplication by two.
Explanation:
- The information present in the registers can be transferred to another by using shift registers.
- A shift register can be defined as a group of flip flops which is used for storing multiple bits of data.
- These bits can be stored in registers and can be moved within the registers by applying the clock pulses.
- If, in any case, shifting a binary number to the left by 1 position, it is equivalent to the multiplication of number by 2.
- If the same done in shifting to right position, it is equivalent to dividing the number by 2.
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