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Gilat #11. Write a program using loops that determines the sum of the first "m" terms of the series: E(-1)", (n = 0, 1, 2,., m) 2n +1 This series is called the Leibniz series and it converges to t / 4 The single program should use / contain both at least 1 "for loop" & 1 "while loop". The program will asks the user if how many convergences they want to check and the number of series terms. The program will calculate a value for the series. After calculating the value for the series, the program will check for the % error from the value calculated and the convergence, compared to (pi/4). The program must accept user input of pi 3.14159. The program will check if the % error is 0.1%, 0.2% or other amount of error. If the % error is 0.1% or less then the program will give a very positive comment. "Excellent Job. If the % error is 0.2% or less but more than 0.1% then the program will give another comment. "Your Results are Your Results are within 0. 18" within 0.2%. Good estimating." For all other percentage error: "Your % error is too high try later for better results "

Gilat #11. Write a program using loops that determines the sum of the first "m" terms of the series: E(-1)", (n = 0, 1, 2,., m) 2n +1 This series is called the Leibniz series and it converges to t / 4 The single program should use / contain both at least 1 "for loop" & 1 "while loop". The program will asks the user if how many convergences they want to check and the number of series terms. The program will calculate a value for the series. After calculating the value for the series, the program will check for the % error from the value calculated and the convergence, compared to (pi/4). The program must accept user input of pi 3.14159. The program will check if the % error is 0.1%, 0.2% or other amount of error. If the % error is 0.1% or less then the program will give a very positive comment. "Excellent Job. If the % error is 0.2% or less but more than 0.1% then the program will give another comment. "Your Results are Your Results are within 0. 18" within 0.2%. Good estimating." For all other percentage error: "Your % error is too high try later for better results "

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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Gilat #11. Write a program using loops that determines the sum of the first “m" terms of the series: E(-1)"2+1 (n= 0, 1, 2,., m) This series is called the Leibniz series and it converges to t/4 The single program should use / contain both at least 1 "for loop" & 1 "while loop". The program will asks the user if how many convergences they want to check and the number of series terms. The program will calculate a value for the series. After calculating the value for the series, the program will check for the % error from the value calculated and the convergence, compared to (pi/4). The program must accept user input of pi = 3.14159. The program will check if the % error is 0.1%, 0.2% or other amount of error. If the % error is 0.1% or less then the program will give a very positive comment. "Excellent Job. If the % error is 0.2% or less but more than 0.1% then the program will give another comment. "Your Results are %3D Your Results are within 0.1%" within 0.2%. Good estimating." For all other percentage error: "Your % error is too high try later for better results."
Transcribed Image Text:Gilat #11. Write a program using loops that determines the sum of the first “m" terms of the series: E(-1)"2+1 (n= 0, 1, 2,., m) This series is called the Leibniz series and it converges to t/4 The single program should use / contain both at least 1 "for loop" & 1 "while loop". The program will asks the user if how many convergences they want to check and the number of series terms. The program will calculate a value for the series. After calculating the value for the series, the program will check for the % error from the value calculated and the convergence, compared to (pi/4). The program must accept user input of pi = 3.14159. The program will check if the % error is 0.1%, 0.2% or other amount of error. If the % error is 0.1% or less then the program will give a very positive comment. "Excellent Job. If the % error is 0.2% or less but more than 0.1% then the program will give another comment. "Your Results are %3D Your Results are within 0.1%" within 0.2%. Good estimating." For all other percentage error: "Your % error is too high try later for better results."
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