Question: - What is the range of the normalized exponent E (E found in the equation v = (-1) s M 2 E ) which can
- What is the range of the normalized exponent E (E found in the equation v = (-1)s M 2E ) which can be represented by this 6-bit IEEE-like floating-point representation?
- Consider two adjacent denormalized numbers. How far apart are they? Expressed this difference as a fractional decimal number (i.e., a real number R).
- Consider two adjacent normalized numbers with the exp field set to 001. How far apart are they? Expressed this difference as a decimal number.
- Consider two adjacent normalized numbers with the exp field set to 010. How far apart are they? Expressed this difference as a decimal number
- Consider two adjacent normalized numbers with the exp field set to 011. How far apart are they? Expressed this difference as a decimal number.
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Without doing any calculations, can you guess how far apart are two adjacent normalized numbers
with the exp field set to 100?
with the exp field set to 101?
with the exp field set to 110?
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