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Develop a C program that will perform the following operations on an array containing grades by using appropriate functions. Hard code the array elements (as shown in the output) in the main program and call the respective functions. The main function should print the array values before the array change and array values after the array change. Do not use global variables. The three different functions respectively should a) calculate the standard deviation and return the standard deviation. b) add the standard deviation (use the integer portion after rounding up) to each of the original array elements. If the new value exceeds 100, the final value should be limited to 100. c) Sort the array using modified bubble sort. The bubble sort presented in Fig 6.15 of the text is inefficient. Instead of making the same number of comparisons for every pass, modify it so that for every successive pass, it makes one less comparison from the previous pass. d) To verify the correctness of the modified sorting approach, try using different combinations of numbers (different test cases). e) The functions should be able to work with any array size, where applicable. The expected output of the program Exam scores: 90 95 90 82 80 87 92 Standard deviation: 4.9857 Adjusted exam scores: 95 100 95 87 85 92 97 Sorted exam scores: 85 87 92 95 95 97 100

Develop a C program that will perform the following operations on an array containing grades by using appropriate functions. Hard code the array elements (as shown in the output) in the main program and call the respective functions. The main function should print the array values before the array change and array values after the array change. Do not use global variables. The three different functions respectively should a) calculate the standard deviation and return the standard deviation. b) add the standard deviation (use the integer portion after rounding up) to each of the original array elements. If the new value exceeds 100, the final value should be limited to 100. c) Sort the array using modified bubble sort. The bubble sort presented in Fig 6.15 of the text is inefficient. Instead of making the same number of comparisons for every pass, modify it so that for every successive pass, it makes one less comparison from the previous pass. d) To verify the correctness of the modified sorting approach, try using different combinations of numbers (different test cases). e) The functions should be able to work with any array size, where applicable. The expected output of the program Exam scores: 90 95 90 82 80 87 92 Standard deviation: 4.9857 Adjusted exam scores: 95 100 95 87 85 92 97 Sorted exam scores: 85 87 92 95 95 97 100

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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use chapter 1 to 6 from the book C how to program, 8 edition

Develop a C program that will perform the following operations on an array containing grades by using appropriate functions. Hard code the array elements (as shown in the output) in the main program and call the respective functions. The main function should print the array values before the array change and array values after the array change. Do not use global variables. The three different functions respectively should a) calculate the standard deviation and return the standard deviation. b) add the standard deviation (use the integer portion after rounding up) to each of the original array elements. If the new value exceeds 100, the final value should be limited to 100. c) Sort the array using modified bubble sort. The bubble sort presented in Fig 6.15 of the text is inefficient. Instead of making the same number of comparisons for every pass, modify it so that for every successive pass, it makes one less comparison from the previous pass. d) To verify the correctness of the modified sorting approach, try using different combinations of numbers (different test cases). e) The functions should be able to work with any array size, where applicable. The expected output of the program Exam scores: 90 95 90 82 80 87 92 Standard deviation: 4.9857 Adjusted exam scores: 95 100 95 87859297 Sorted exam scores: 85 87 92 95 95 97 100
Transcribed Image Text:Develop a C program that will perform the following operations on an array containing grades by using appropriate functions. Hard code the array elements (as shown in the output) in the main program and call the respective functions. The main function should print the array values before the array change and array values after the array change. Do not use global variables. The three different functions respectively should a) calculate the standard deviation and return the standard deviation. b) add the standard deviation (use the integer portion after rounding up) to each of the original array elements. If the new value exceeds 100, the final value should be limited to 100. c) Sort the array using modified bubble sort. The bubble sort presented in Fig 6.15 of the text is inefficient. Instead of making the same number of comparisons for every pass, modify it so that for every successive pass, it makes one less comparison from the previous pass. d) To verify the correctness of the modified sorting approach, try using different combinations of numbers (different test cases). e) The functions should be able to work with any array size, where applicable. The expected output of the program Exam scores: 90 95 90 82 80 87 92 Standard deviation: 4.9857 Adjusted exam scores: 95 100 95 87859297 Sorted exam scores: 85 87 92 95 95 97 100
Use float data type and printf(".Of") when printing the values of array to round up. Use the following formula to calculate the standard deviation N 1 (T; – µ)2 Note: Might be easier if you break the formula into smaller equations/formulas and build the desired formula by combining the smaller equations/formulas. ||
Transcribed Image Text:Use float data type and printf(".Of") when printing the values of array to round up. Use the following formula to calculate the standard deviation N 1 (T; – µ)2 Note: Might be easier if you break the formula into smaller equations/formulas and build the desired formula by combining the smaller equations/formulas. ||
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