Mechanical engineers, as well as most other engineers, use thermodynamics extensively in their work. The following polynomial can be used to relate the zero-pressure specific heat of dry air cp kJ/(kg K) to temperature (K): C, = 0.99403 + 1.671 * 10-4 *T + 9.7215 * 10-8 * T2 - 9.5838 * 10-11 * T3 + 1.9520 * 10-14 * T4 Develop a plot of c, versus a range of T = 0 to 1200 K, and then use bisection to determine the temperature that corresponds to a specific heat of 1.1 kJ/(kg K).

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Author:James Kurose, Keith Ross
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Computer Applications in Analysis
Homework 4 – Roots
You will submit: (i) the source code (.m file), (ii) the screenshots that show the output.
Solve the task 5.19 from the textbook:
Mechanical engineers, as well as most other engineers, use thermodynamics extensively in their work.
The following polynomial can be used to relate the zero-pressure specific heat of dry air C, kJ/(kg K) to
temperature (K):
C, = 0.99403 + 1.671 * 10-4 * T + 9.7215 * 10-8 * T2 – 9.5838 * 10-11 * T3 + 1.9520 * 10-14 * T4
Develop a plot of C, versus a range of T = 0 to 1200 K, and then use bisection to determine the
temperature that corresponds to a specific heat of 1.1 kJ/(kg K).
Transcribed Image Text:Computer Applications in Analysis Homework 4 – Roots You will submit: (i) the source code (.m file), (ii) the screenshots that show the output. Solve the task 5.19 from the textbook: Mechanical engineers, as well as most other engineers, use thermodynamics extensively in their work. The following polynomial can be used to relate the zero-pressure specific heat of dry air C, kJ/(kg K) to temperature (K): C, = 0.99403 + 1.671 * 10-4 * T + 9.7215 * 10-8 * T2 – 9.5838 * 10-11 * T3 + 1.9520 * 10-14 * T4 Develop a plot of C, versus a range of T = 0 to 1200 K, and then use bisection to determine the temperature that corresponds to a specific heat of 1.1 kJ/(kg K).
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