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1. A processor uses 24 bits for its memory addressing. How many possible distinct locations (in decimal) can the computer address? The computer memory address locations are numbered from 0 to the maximum. If a memory locations address is (7243)10, how is this address represented in binary (base 2), a number system that is much more natural for the computer than decimal? 2. 3. How is the memory address (7243)io represented in hexadecimal (base 16)? 4. What is the maximum 2s complement integer that can be stored in a memory location that stores 24 bits of data? (Give your answer in decimal.) What is the minimum 2s complement (or largest negative) integer that can be stored in a memory location that stores 24 bits of data? (Give your answer in decimal.) Convert the numeral 0x4C3C2B directly to binary In a memory location that stores 16 bit data, what is the binary representation for the decimal number 125010 in a 2s complement 16-bit binary encoding? 5. 6. 7. 8. Convert -32510 into the 2s complement 16-bit binary representation 9. Convert the octal value 13078 into binary 10. Convert the octal value 1307s into hexadecimal 11. Given two binary numbers 0b10111010 and Ob01001001, perform a bit wise AND 12. Given two binary numbers 0b10111010 and 0b01001001, perform a bit wise OR 13. Given two binary numbers Ob10111010 and 0b01001001, perform a bit wise XOR 14. Given the hexadecimal number 0xA9BC, perform a bit wise NOT operation operation. Provide the result in binary operation. Provide the result in binary operation. Provide the result in binary (complement). Provide the result in hexadecimal


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please include only the digits of the appropriate number system. In particular, do not precede the answers with ‘0x’ or ‘0b’ or follow your answers with base indicators, like subscript 2 or 10.
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Answer #1

In CHEGG there is policy of one question per post or one question with 4 sub-patrts

Please post according to CHEGG POLICY

1) Possible memory location in 24-bit addressing - memory locations

2) 0001110001001011

3) 1C4B

4) 8388607

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