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Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local Create a new project named LabExer5B. Set the project location to your own folder. The program shall: contain an array of 10 multiple choice questions with three (3) choices each and require the user to choose among A, B, or C; Note: Cases are ignored. Lowercase letters are acceptable (a, b, c). Create a try-catch structure to handle three (3) These are when the user inputs the following: an invalid letter (not A, B, or C) a number or any special character blank (no answer) Prompt the user that he can answer again if any of the three (3) exceptions are thrown Display the score.

Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local Create a new project named LabExer5B. Set the project location to your own folder. The program shall: contain an array of 10 multiple choice questions with three (3) choices each and require the user to choose among A, B, or C; Note: Cases are ignored. Lowercase letters are acceptable (a, b, c). Create a try-catch structure to handle three (3) These are when the user inputs the following: an invalid letter (not A, B, or C) a number or any special character blank (no answer) Prompt the user that he can answer again if any of the three (3) exceptions are thrown Display the score.

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  1. Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local
  2. Create a new project named LabExer5B. Set the project location to your own folder.
  3. The program shall:
    • contain an array of 10 multiple choice questions with three (3) choices each and
    • require the user to choose among A, B, or C;

Note: Cases are ignored. Lowercase letters are acceptable (a, b, c).

  1. Create a try-catch structure to handle three (3) These are when the user inputs the following:
    • an invalid letter (not A, B, or C)
    • a number or any special character
    • blank (no answer)
  2. Prompt the user that he can answer again if any of the three (3) exceptions are thrown
  3. Display the score.

 

Software Requirements: • Latest version of NetBeans IDE Java Development Kit (JDK) 8 Procedure: 1. Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local drive. 2. Create a new project named LabExer5B. Set the project location to your own folder. 3. The program shall: contain an array of 10 multiple choice questions with three (3) choices each and require the user to choose among A, B, or C; Note: Cases are ignored. Lowercase letters are acceptable (a, b, c). 4. Create a try-catch structure to handle three (3) exceptions. These are when the user inputs the following: • an invalid letter (not A, B, or C) • a number or any special character blank (no answer) 5. Prompt the user that he can answer again if any of the three (3) exceptions is thrown. 6. Display the score. GRADING RUBRIC (100 points): Criterion Correctness Logic Efficiency Max Points 40 40 10 Description The code produces the expected result. The code meets the specifications ofthe problem. The code is concise without sacrificing correctness and logic.
Transcribed Image Text:Software Requirements: • Latest version of NetBeans IDE Java Development Kit (JDK) 8 Procedure: 1. Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local drive. 2. Create a new project named LabExer5B. Set the project location to your own folder. 3. The program shall: contain an array of 10 multiple choice questions with three (3) choices each and require the user to choose among A, B, or C; Note: Cases are ignored. Lowercase letters are acceptable (a, b, c). 4. Create a try-catch structure to handle three (3) exceptions. These are when the user inputs the following: • an invalid letter (not A, B, or C) • a number or any special character blank (no answer) 5. Prompt the user that he can answer again if any of the three (3) exceptions is thrown. 6. Display the score. GRADING RUBRIC (100 points): Criterion Correctness Logic Efficiency Max Points 40 40 10 Description The code produces the expected result. The code meets the specifications ofthe problem. The code is concise without sacrificing correctness and logic.
Software Requirements: • Latest version of NetBeans IDE Java Development Kit (JDK) 8 Procedure: 1. Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local drive. 2. Create a new project named LabExer5B. Set the project location to your own folder. 3. The program shall: contain an array of 10 multiple choice questions with three (3) choices each and require the user to choose among A, B, or C; Note: Cases are ignored. Lowercase letters are acceptable (a, b, c). 4. Create a try-catch structure to handle three (3) exceptions. These are when the user inputs the following: • an invalid letter (not A, B, or C) • a number or any special character blank (no answer) 5. Prompt the user that he can answer again if any of the three (3) exceptions is thrown. 6. Display the score. GRADING RUBRIC (100 points): Criterion Correctness Logic Efficiency Max Points 40 40 10 Description The code produces the expected result. The code meets the specifications ofthe problem. The code is concise without sacrificing correctness and logic.
Transcribed Image Text:Software Requirements: • Latest version of NetBeans IDE Java Development Kit (JDK) 8 Procedure: 1. Create a folder named LastName_FirstName (ex. Reyes_Mark) in your local drive. 2. Create a new project named LabExer5B. Set the project location to your own folder. 3. The program shall: contain an array of 10 multiple choice questions with three (3) choices each and require the user to choose among A, B, or C; Note: Cases are ignored. Lowercase letters are acceptable (a, b, c). 4. Create a try-catch structure to handle three (3) exceptions. These are when the user inputs the following: • an invalid letter (not A, B, or C) • a number or any special character blank (no answer) 5. Prompt the user that he can answer again if any of the three (3) exceptions is thrown. 6. Display the score. GRADING RUBRIC (100 points): Criterion Correctness Logic Efficiency Max Points 40 40 10 Description The code produces the expected result. The code meets the specifications ofthe problem. The code is concise without sacrificing correctness and logic.
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