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(Implementing inheritance and apply the use of keyword super and this) Assume you have to develop a grading application for grading student's activity. Each activity will be given a numeric score (0 to 100), and accordingly will be given a grade (A, B, C, D, or F). The grade is given based on the condition in Table 1 below. Table 1: Scores and their corresponding grades Condition Letter Grade Score >= 90 A Score >= 80 B Score >= 70 C Score 60 Score < 60 D F Create a class name Graded Activity, with an attribute to hold the score for the activity. The SetScore method sets the score from a given parameter value and the getScore method returns the score. A getGrade method should return a grade's letter based on the given numeric score, according to the rules given in Table 1. Then create a new class Essay which extends the Graded Activity class. The new class is to determine the grade a student receives for an essay based on the accumulated score (0 to 100), which is accumulated based on a list of score's distributions, as follows: Grammar: 0 to 30 Spelling: 0 to 20 Correct length: 0 to 20 Content: 0 to 30 For example, if a student receives score 30 for Grammar, 20 for Spelling, 12 for Correct length and 10 for Content, the total score is 30+20+12+10=72 and thus given C as grade. Use the keyword super to update the attribute of the superclass. Use the keyword this to refer to the current class' attributes and methods. Implement the Java program to demonstrate the application of both classes.

(Implementing inheritance and apply the use of keyword super and this) Assume you have to develop a grading application for grading student's activity. Each activity will be given a numeric score (0 to 100), and accordingly will be given a grade (A, B, C, D, or F). The grade is given based on the condition in Table 1 below. Table 1: Scores and their corresponding grades Condition Letter Grade Score >= 90 A Score >= 80 B Score >= 70 C Score 60 Score < 60 D F Create a class name Graded Activity, with an attribute to hold the score for the activity. The SetScore method sets the score from a given parameter value and the getScore method returns the score. A getGrade method should return a grade's letter based on the given numeric score, according to the rules given in Table 1. Then create a new class Essay which extends the Graded Activity class. The new class is to determine the grade a student receives for an essay based on the accumulated score (0 to 100), which is accumulated based on a list of score's distributions, as follows: Grammar: 0 to 30 Spelling: 0 to 20 Correct length: 0 to 20 Content: 0 to 30 For example, if a student receives score 30 for Grammar, 20 for Spelling, 12 for Correct length and 10 for Content, the total score is 30+20+12+10=72 and thus given C as grade. Use the keyword super to update the attribute of the superclass. Use the keyword this to refer to the current class' attributes and methods. Implement the Java program to demonstrate the application of both classes.

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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(Implementing inheritance and apply the use of keyword super and this) Assume you have to develop a grading application for grading student's activity. Each activity will be given a numeric score (0 to 100), and accordingly will be given a grade (A, B, C, D, or F). The grade is given based on the condition in Table 1 below. Table 1: Scores and their corresponding grades Condition Letter Grade Score>= 90 A Score>= 80 Score>= 70 C Score >= 60 D Score < 60 Create a class name GradedActivity, with an attribute to hold the score for the activity. The SetScore method sets the score from a given parameter value and the getScore method returns the score. A getGrade method should return a grade's letter based on the given numeric score, according to the rules given in Table 1. Then create a new class Essay which extends the GradedActivity class. The new class is to determine the grade a student receives for an essay based on the accumulated score (0 to 100), which is accumulated based on a list of score's distributions, as follows: Grammar: 0 to 30 Spelling: 0 to 20 Correct length: 0 to 20 Content: 0 to 30 For example, if a student receives score 30 for Grammar, 20 for Spelling, 12 for Correct length and 10 for Content, the total score is 30+20+12+10=72 and thus given C as grade. Use the keyword super to update the attribute of the superclass. Use the keyword this to refer to the current class' attributes and methods. Implement the Java program to demonstrate the application of both classes.
Transcribed Image Text:(Implementing inheritance and apply the use of keyword super and this) Assume you have to develop a grading application for grading student's activity. Each activity will be given a numeric score (0 to 100), and accordingly will be given a grade (A, B, C, D, or F). The grade is given based on the condition in Table 1 below. Table 1: Scores and their corresponding grades Condition Letter Grade Score>= 90 A Score>= 80 Score>= 70 C Score >= 60 D Score < 60 Create a class name GradedActivity, with an attribute to hold the score for the activity. The SetScore method sets the score from a given parameter value and the getScore method returns the score. A getGrade method should return a grade's letter based on the given numeric score, according to the rules given in Table 1. Then create a new class Essay which extends the GradedActivity class. The new class is to determine the grade a student receives for an essay based on the accumulated score (0 to 100), which is accumulated based on a list of score's distributions, as follows: Grammar: 0 to 30 Spelling: 0 to 20 Correct length: 0 to 20 Content: 0 to 30 For example, if a student receives score 30 for Grammar, 20 for Spelling, 12 for Correct length and 10 for Content, the total score is 30+20+12+10=72 and thus given C as grade. Use the keyword super to update the attribute of the superclass. Use the keyword this to refer to the current class' attributes and methods. Implement the Java program to demonstrate the application of both classes.
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