IEEE binary32 format: The diagrammatic representation for IEEE binary32 format is given below: This format contains three fields such as sign bit, exponent and mantissa. Sign bit: This bit contains 1 bit. Here, “0” denotes positive number and “1” denotes negative number. Exponent: The exponent field contains “8” bits. This field required to denote both positive and negative exponents. The value of exponent is computed by adding a bias with actual exponent. That is, “ value of exponent = actual exponent + bias” . Mantissa: This field contains “23” bits. It is a part of a value in scientific notation or a floating-point number, containing significant digits.

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make corrections of this program based on the errors shown. this is CIS 227 .

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Chapter 3, Problem 5PE

Program Plan Intro

IEEE binary32 format:

The diagrammatic representation for IEEE binary32 format is given below:

This format contains three fields such as sign bit, exponent and mantissa.

Sign bit: This bit contains 1 bit. Here, “0” denotes positive number and “1” denotes negative number.

Exponent:

The exponent field contains “8” bits.

This field required to denote both positive and negative exponents.

The value of exponent is computed by adding a bias with actual exponent. That is, “value of exponent = actual exponent + bias”.

Mantissa:

This field contains “23” bits.

It is a part of a value in scientific notation or a floating-point number, containing significant digits.

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make corrections of this program based on the errors shown. this is CIS 227 .

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