Data Representation - Binary Shift (GCSE Computing)

The following is a GCSE Computing test covering 'Data Representation - Binary Shift'

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An 8-bit two`s complement number 10010110 is arithmetic right shifted by 3. What is the resulting 8-bit binary?

If an 8-bit value 00000101 is left shifted arithmetically by 2, what is the 8-bit result?

Which statement about shifting by more bits than the word size (e.g., shifting an 8-bit number by 10) is generally correct in fixed-width hardware?

What is the result of left shifting hexadecimal 0x12 by 1 bit (8-bit register), written in hex? (0x12 = 00010010)

An 8-bit unsigned value 11110000 is right shifted logically by 4. What is the 8-bit result?

What is the result of logical right shifting 10000000 (8-bit) by 1?

Which of these is NOT a property of logical right shift on unsigned integers?

What is the result (in decimal) of logically right shifting unsigned decimal 200 by 2? (200 = 11001000)

If you left shift the 8-bit value 00111111 by 1, what 8-bit binary do you get (bits dropped if overflow)?

What decimal value results from logical right shifting the unsigned 8-bit value 00101000 by 2?

What happens to the most significant bit (MSB) when you perform a logical left shift by 1?

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