| 1. | All 32 bits of the integers get used ( no sign bit ).
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| 2. | A sign bit may also be used to allow negative numbers.
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| 3. | Given this separate sign bit, it is possible to represent both positive and negative zero.
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| 4. | "Sometimes the nurses from town ask people to sign bits of paper, " it wrote.
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| 5. | Sign bit determines the sign of the number, which is the sign of the significand as well.
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| 6. | Almost always, if the sign bit is 0, the number is non-negative ( positive or zero ).
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| 7. | Fourth, a signed integer halves the possible index range to be able to store the sign bit.
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| 8. | There is no single sign bit that tells if a redundantly represented number is positive or negative.
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| 9. | The smallest negative value is characterized by the sign bit being 1, and all other bits being 0.
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| 10. | One convention includes the sign bit in the value of " m ", and the other convention does not.
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