Floating Point Arithmetic - George Mason University
Floating Point • We need a way to represent – numbers with fractions, e.g., 3.1416 – very small numbers, e.g., .000000001 – very large numbers, e.g., 3.15576 ×109 • Representation: – sign, exponent, significand: (–1)sign ×significand × 2exponent – more bits …
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