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The lepidopterology department at the zoo has requested a program to perform calculations of the butterfly enclosures. The enclosures shapes may be approximated as a truncated dodecahedron. Write a C++ program that performs the following calculations. The formulas for the enclosures are below. a = edge length A = surface area V = volume r = midsphere radius vS = volume of a sphere T = 3.14159265358979 A/V = surface to volume ratio = 5a'e(V3+6V5+2/5) V = 5/12*a**(99+47 5) al4*(3+V5) Figure 1: Image from https://rechneronline.de/pi/do decahedron.php r = vS=4/3 ar Named Constants A must be declared as const (and set to the value above). The values for 5/12, and square root of 5 must be a named constant. The constants must be used in the equations. The program should read the value for the edge length, perform the calculations, and output the results as shown below. If there is a discrepancy between the shown output and Codegrade, the formatting in Codegrade should be followed. The program will need to use several functions that are in the cmath library. To add the library to your program, another #include needs to be added at the top of the file as shown below. #include #include // For console input and output // Gives the program access to sqrt(), pow() The prototypes for the math functions that you will use follow: double sqrt (double x); double pow (double base double exponent);

The lepidopterology department at the zoo has requested a program to perform calculations of the butterfly enclosures. The enclosures shapes may be approximated as a truncated dodecahedron. Write a C++ program that performs the following calculations. The formulas for the enclosures are below. a = edge length A = surface area V = volume r = midsphere radius vS = volume of a sphere T = 3.14159265358979 A/V = surface to volume ratio = 5a'e(V3+6V5+2/5) V = 5/12*a**(99+47 5) al4*(3+V5) Figure 1: Image from https://rechneronline.de/pi/do decahedron.php r = vS=4/3 ar Named Constants A must be declared as const (and set to the value above). The values for 5/12, and square root of 5 must be a named constant. The constants must be used in the equations. The program should read the value for the edge length, perform the calculations, and output the results as shown below. If there is a discrepancy between the shown output and Codegrade, the formatting in Codegrade should be followed. The program will need to use several functions that are in the cmath library. To add the library to your program, another #include needs to be added at the top of the file as shown below. #include #include // For console input and output // Gives the program access to sqrt(), pow() The prototypes for the math functions that you will use follow: double sqrt (double x); double pow (double base double exponent);

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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The lepidopterology department at the zoo has requested a program to perform calculations of the butterfly enclosures. The enclosures shapes may be approximated as a truncated dodecahedron. Write a C++ program that performs the following calculations. The formulas for the enclosures are below. a = edge length surface area V = volume r = midsphere radius vs = volume of a sphere A = T = 3.14159265358979 A/V = surface to volume ratio = 5a'«(V3+6V5+2V5) A = V = 5/12*a**(99+47 V5) Figure 1: Image from https://rechneronline.de/pi/do decahedron.php r = al4*(3+V5) vS=4/3 r Named Constants a must be declared as const (and set to the value above). The values for 5/12, and square root of 5 must be a named constant. The constants must be used in the equations. The program should read the value for the edge length, perform the calculations, and output the results as shown below. If there is a discrepancy between the shown output and Codegrade, the formatting in Codegrade should be followed. The program will need to use several functions that are in the cmath library. To add the library to your program, another #include needs to be added at the top of the file as shown below. #include <iostream> #include <cmath> // For console input and output // Gives the program access to sqrt(), pow() The prototypes for the math functions that you will use follow: double sqrt (double x); double pow (double base double exponent);
Transcribed Image Text:The lepidopterology department at the zoo has requested a program to perform calculations of the butterfly enclosures. The enclosures shapes may be approximated as a truncated dodecahedron. Write a C++ program that performs the following calculations. The formulas for the enclosures are below. a = edge length surface area V = volume r = midsphere radius vs = volume of a sphere A = T = 3.14159265358979 A/V = surface to volume ratio = 5a'«(V3+6V5+2V5) A = V = 5/12*a**(99+47 V5) Figure 1: Image from https://rechneronline.de/pi/do decahedron.php r = al4*(3+V5) vS=4/3 r Named Constants a must be declared as const (and set to the value above). The values for 5/12, and square root of 5 must be a named constant. The constants must be used in the equations. The program should read the value for the edge length, perform the calculations, and output the results as shown below. If there is a discrepancy between the shown output and Codegrade, the formatting in Codegrade should be followed. The program will need to use several functions that are in the cmath library. To add the library to your program, another #include needs to be added at the top of the file as shown below. #include <iostream> #include <cmath> // For console input and output // Gives the program access to sqrt(), pow() The prototypes for the math functions that you will use follow: double sqrt (double x); double pow (double base double exponent);
Example dolly:code$ g++ main.cpp -Wall -pedantic dolly:code$ ./a.out **** ***** * Welcome to the Butterfly Enclosure Calculator オ★*★★★★★ ★★★★ ★★オオ★ ★★★オオ Edge length (feet): 10 Butterfly enclosure computations Edge Length: 10.000000 feet Surface area: 10099.076015 square feet Volume: 85039.664559 cubic feet Surface to volume ratio: 0.118757 Sphere approximation radius: 13.090170 feet volume: 9395.598801 cubic feet Thank you for using zoo computational support dolly:code$
Transcribed Image Text:Example dolly:code$ g++ main.cpp -Wall -pedantic dolly:code$ ./a.out **** ***** * Welcome to the Butterfly Enclosure Calculator オ★*★★★★★ ★★★★ ★★オオ★ ★★★オオ Edge length (feet): 10 Butterfly enclosure computations Edge Length: 10.000000 feet Surface area: 10099.076015 square feet Volume: 85039.664559 cubic feet Surface to volume ratio: 0.118757 Sphere approximation radius: 13.090170 feet volume: 9395.598801 cubic feet Thank you for using zoo computational support dolly:code$
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