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3
votes
1answer
91 views
Normalizing the mantissa in floating point representation
How to represent $0.148 * 2^{14}$ in normalized floating point arithmetic with the format
1 - Sign bit
7 - Exponent in Excess-64 form
8 - Mantissa
$(0.148)_{10} ...
0
votes
1answer
103 views
In a 32-bit floating number with normalized mantissa and excess-64 exponent base 16, the number $16^{-65}$ denotes
In a 32-bit floating number with normalized mantissa and excess-64 exponent base 16, the number $16^{-65}$ denotes
Floating point overflow.
Negative floating point overflow.
All 0's in the exponent ...
11
votes
1answer
159 views
Floating point rounding
Can an IEEE-754 floating point number < 1 (i.e. generated with a random number generator which generates a number >= 0.0 and < 1.0) ever be multiplied by some integer (in floating point form) to ...
