4. In addition to the 'cos' pre-defined function, which is found in the 'emath' library, the cosine of an angle 'x' (given in radians), can be estimated using the following infinite series: cos(x) =1– + +..+(-1)" 2! 4! ·.. (2n)! However, based on the number of terms 'n' used in the above series, an ERROR MARGIN (EM) can be found between the estimated value and the value returned by the pre-defined function 'cos'. Write a C++ program, which does the following: 1. Allows the user to enter the value of the EM, which must be between 0 and 0.0010. A suitable error message should be displayed if EM is entered outside this range and the program must terminate 2. Reads a list of angles (given in degree) from a text file (see angles.txt). The program should only accept angles between 0 and 180°. When invalid angle is read from the file, an error message should be displayed (see the sample output) 3. Includes THREE user-defined funetions to perform the following tasks: a. Convert the angle from degree to radians using: radians = degree x b. Compute the n! to be used in the above series c. Compute the estimated cosine as given by the above series 4. Counts the number of terms 'n' used in the above series to satisfy the provided EM 5. Formats the output as shown below (Use 8 decimal places for all real numbers)| 180°
4. In addition to the 'cos' pre-defined function, which is found in the 'emath' library, the cosine of an angle 'x' (given in radians), can be estimated using the following infinite series: cos(x) =1– + +..+(-1)" 2! 4! ·.. (2n)! However, based on the number of terms 'n' used in the above series, an ERROR MARGIN (EM) can be found between the estimated value and the value returned by the pre-defined function 'cos'. Write a C++ program, which does the following: 1. Allows the user to enter the value of the EM, which must be between 0 and 0.0010. A suitable error message should be displayed if EM is entered outside this range and the program must terminate 2. Reads a list of angles (given in degree) from a text file (see angles.txt). The program should only accept angles between 0 and 180°. When invalid angle is read from the file, an error message should be displayed (see the sample output) 3. Includes THREE user-defined funetions to perform the following tasks: a. Convert the angle from degree to radians using: radians = degree x b. Compute the n! to be used in the above series c. Compute the estimated cosine as given by the above series 4. Counts the number of terms 'n' used in the above series to satisfy the provided EM 5. Formats the output as shown below (Use 8 decimal places for all real numbers)| 180°
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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