. Answer the following questions about IEEE 754 32-bit single precision numbers. a. Draw a diagram of the number format. b. What’s the range of numbers that can be represented? c. What’s meant by normalization? d. What’s the implied bit? e. What’s meant by exponent overflow and underflow? f. What’s meant by significand overflow and underflow? g. How’s + ∞ represented? h. How would he following numbers be represented? i. 1.6328125 x 2^-20 ii. 1.6328125 x 2^20 iii. -1.6328125 x 2^-20 iv. -1.6328125 x 2^20
. Answer the following questions about IEEE 754 32-bit single precision numbers. a. Draw a diagram of the number format. b. What’s the range of numbers that can be represented? c. What’s meant by normalization? d. What’s the implied bit? e. What’s meant by exponent overflow and underflow? f. What’s meant by significand overflow and underflow? g. How’s + ∞ represented? h. How would he following numbers be represented? i. 1.6328125 x 2^-20 ii. 1.6328125 x 2^20 iii. -1.6328125 x 2^-20 iv. -1.6328125 x 2^20
Chapter3: Data Representation
Section: Chapter Questions
Problem 4PE
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9. Answer the following questions about IEEE 754 32-bit single precision numbers.
a. Draw a diagram of the number format.
b. What’s the range of numbers that can be represented?
c. What’s meant by normalization?
d. What’s the implied bit?
e. What’s meant by exponent overflow and underflow?
f. What’s meant by significand overflow and underflow?
g. How’s + ∞ represented?
h. How would he following numbers be represented?
i. 1.6328125 x 2^-20
ii. 1.6328125 x 2^20
iii. -1.6328125 x 2^-20
iv. -1.6328125 x 2^20
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