Podcast
Questions and Answers
Binary equivalent of 37 is ________.
Binary equivalent of 37 is ________.
Two's compliment of (10110100)2 is ________.
Two's compliment of (10110100)2 is ________.
A floating-point number in binary form is given as follows:
0 10000101 011000010000000000000000
Y G B
What do the bits in the colour boxes imply?
A floating-point number in binary form is given as follows:
0 10000101 011000010000000000000000 Y G B
What do the bits in the colour boxes imply?
What is the decimal equivalent of a floating-point number given in binary form as (01000000 00110000 10000000 00000000)2?
What is the decimal equivalent of a floating-point number given in binary form as (01000000 00110000 10000000 00000000)2?
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How many bits are used to represent a character in ASCII?
How many bits are used to represent a character in ASCII?
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Study Notes
Binary Representation
- The binary equivalent of 37 is 100101.
Two's Complement
- The two's complement of (10110100)2 is found by inverting the bits and then adding 1 to the result.
Floating-Point Representation
- In the given binary floating-point representation, Y denotes the sign bit, G denotes the exponent, and B denotes the mantissa.
- The bits in the color boxes (Y, G, and B) imply the sign, exponent, and mantissa of a floating-point number.
Decimal Equivalent
- The decimal equivalent of a floating-point number given in binary form as (01000000 00110000 10000000 00000000)2 can be calculated by separating the bits into sign, exponent, and mantissa, and then converting each part accordingly.
ASCII Character Representation
- In ASCII, a character is represented using 8 bits.
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