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write it in python

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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write it in python

Write a program that will take Student names and their marks in different courses as input. Your task is to calculate the GPA of the students from course marks and create a dictionary that will contain the student names given as input as Key and their GPA as the corresponding value. At the end of the program print the dictionary that you created. For simplicity you can consider all the courses are 3.0 credit hours long. The program will continue to take inputs unless “STOP" is given as input. Grading policy is as follows: Marks >=90, Grade: 4.0 90> Marks>=85, Grade point: 3.7 85>Marks>=80, Grade point: 3.3 80>Marks>=75, Grade point: 3.0 75>Marks>=70, Grade point: 2.7 70>Marks>=65, Grade point: 2.3 65>Marks>=60, Grade point: 2.0 60>Marks>=57, Grade point: 1.7 57>Marks>=55, Grade point: 1.3 55>Marks>=52, Grade point: 1.0 52>Marks>=50, Grade point: 0.7 Marks<50, Grade point: 0.0 And the formula to calculate GPA is: GPA = sum(Each course grade point * credit of each course) / (Total credits attended) %3D
Transcribed Image Text:Write a program that will take Student names and their marks in different courses as input. Your task is to calculate the GPA of the students from course marks and create a dictionary that will contain the student names given as input as Key and their GPA as the corresponding value. At the end of the program print the dictionary that you created. For simplicity you can consider all the courses are 3.0 credit hours long. The program will continue to take inputs unless “STOP" is given as input. Grading policy is as follows: Marks >=90, Grade: 4.0 90> Marks>=85, Grade point: 3.7 85>Marks>=80, Grade point: 3.3 80>Marks>=75, Grade point: 3.0 75>Marks>=70, Grade point: 2.7 70>Marks>=65, Grade point: 2.3 65>Marks>=60, Grade point: 2.0 60>Marks>=57, Grade point: 1.7 57>Marks>=55, Grade point: 1.3 55>Marks>=52, Grade point: 1.0 52>Marks>=50, Grade point: 0.7 Marks<50, Grade point: 0.0 And the formula to calculate GPA is: GPA = sum(Each course grade point * credit of each course) / (Total credits attended) %3D
57>Marks>=55, Grade point: 1.3 55>Marks>=52, Grade point: 1.0 52>Marks>=50, Grade point: 0.7 Marks<50, Grade point: 0.0 And the formula to calculate GPA is: GPA = sum(Each course grade point * credit of each course) / (Total credits attended) %3D Sample Input: Adam 83 95 67 72 [Explanation: gpa = (3.3*3.0+4.0*3.0+2.3*3.0+2.7*3.0)/12.0 = 3.075 = 3.08] John 40 55 81 76 Alice 65 96 92 STOP Sample Output: {'Adam': 3.08, 'John': 1.9, 'Alice': 3.43}
Transcribed Image Text:57>Marks>=55, Grade point: 1.3 55>Marks>=52, Grade point: 1.0 52>Marks>=50, Grade point: 0.7 Marks<50, Grade point: 0.0 And the formula to calculate GPA is: GPA = sum(Each course grade point * credit of each course) / (Total credits attended) %3D Sample Input: Adam 83 95 67 72 [Explanation: gpa = (3.3*3.0+4.0*3.0+2.3*3.0+2.7*3.0)/12.0 = 3.075 = 3.08] John 40 55 81 76 Alice 65 96 92 STOP Sample Output: {'Adam': 3.08, 'John': 1.9, 'Alice': 3.43}
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