Certainly! Let's convert the given numbers and strings as directed:
(i) 264.015(10) into Binary and Hexadecimal:
Binary:
- The integer part 264 in binary is 100001000.
- The fractional part 0.015 in binary can be obtained by multiplying 0.015 with 2, which gives 0.03. The binary representation of 0.03 is 0.00001 (approx.).
- Combining the integer and fractional parts, 264.015 in binary is 100001000.00001.
Hexadecimal:
- Converting the integer part 264 to hexadecimal: 264 in hexadecimal is 108.
- Converting the fractional part 0.015 to hexadecimal is approximately 0.03 in decimal, which corresponds to 0.04 in hexadecimal.
- Therefore, 264.015 in hexadecimal is 108.04.
(ii) 345611(10) into Octal and Binary:
Octal:
- 345611 in octal is 1246743.
Binary:
- Converting 345611 to binary: 345611 in binary is 1010100010000101011.
(iii) String “DATA STRUCTURES marks 50” to ASCII and Unicode string:
- ASCII Representation: Each character in the string is represented by its corresponding ASCII code.
- D: 68
- A: 65
- T: 84
- A: 65
- (Space): 32
- S: 83
- T: 84
- R: 82
- U: 85
- C: 67
- T: 84
- U: 85
- R: 82
- E: 69
- S: 83
- (Space): 32
- M: 77
- A: 65
- R: 82
- K: 75
- S: 83
- (Space): 32
- 5: 53
- 0: 48
ASCII representation of the given string: "DATATASSTRUCTURES5 0"
- Unicode Representation: The Unicode representation of the string would be the same as ASCII in this case because the characters used are within the ASCII range.
(iv) 8D614E(16) to Decimal and Binary:
Decimal:
- Converting 8D614E from hexadecimal to decimal: 8D614E in hexadecimal is 9272814 in decimal.
Binary:
- Converting 8D614E from hexadecimal to binary: 8D614E in binary is 10001101000011001001110.
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