Program plan: The variable T of type float is used to accept the average surface of temperature in degree Celsius. The variable e of type float is used to accept the emissivity value between 0 and 1. The variable s of type float is declared an initialized by the given Stefan-Boltzmann’s constant ( 5.6697 x 10 − 8 watts/m 2 K 4 ). The variable E of type float is used to calculate the heat radiated from the surface of an object. The do-while loop is used to accept values of average surface of temperature, emissivity to calculate and display the heat radiated from the surface of different object Program description: The main purpose of the program is to accept should request the object’s average surface temperature and emissivity, and then calculate and display the heat radiated in watts/m 2 using the given formula. Use the program to complete the given chart: Substance Average Surface Emissivity Heat Radiated Automobile 47 .3 Brick 45 .9 Commercial roof 48 .05

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Chapter 3.6, Problem 8E

Program Plan Intro

Program plan:

The variable T of type float is used to accept the average surface of temperature in degree Celsius.

The variable e of type float is used to accept the emissivity value between 0 and 1.

The variable s of type float is declared an initialized by the given Stefan-Boltzmann’s constant ( 5.6697 x10−8 watts/m²K⁴).

The variable E of type float is used to calculate the heat radiated from the surface of an object.

The do-while loop is used to accept values of average surface of temperature, emissivity to calculate and display the heat radiated from the surface of different object

Program description:

The main purpose of the program is to accept should request the object’s average surface temperature and emissivity, and then calculate and display the heat radiated in watts/m2 using the given formula.

Use the program to complete the given chart:

Substance Average Surface Emissivity Heat Radiated
Automobile 47 .3
Brick 45 .9
Commercial roof 48 .05

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