Instruction: Create a flowchart and a java program of the problem stated as follows. Create user-defined methods that will perform 4 functionalities of an Automated Teller Machine(Withdraw, Deposit, Transfer, Balance Check) Required: The flowchart, the .java file (FamilyName_ATM.java) containing the code and 4 (or more) image files (Sample1, Sample2, Sample3, and Sample4) containing different sample input/output of the program
Instruction: Create a flowchart and a java program of the problem stated as follows. Create user-defined methods that will perform 4 functionalities of an Automated Teller Machine(Withdraw, Deposit, Transfer, Balance Check) Required: The flowchart, the .java file (FamilyName_ATM.java) containing the code and 4 (or more) image files (Sample1, Sample2, Sample3, and Sample4) containing different sample input/output of the program
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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Question
Instruction:
Create a flowchart and a java
Required:
The flowchart, the .java file (FamilyName_ATM.java) containing the code and 4 (or more) image files (Sample1, Sample2, Sample3, and Sample4) containing different sample input/output of the program.
![Instruction:
Create a flowchart and a java program of the problem stated as follows. Create
user-defined methods that will perform 4 functionalities of an Automated Teller
Machine(Withdraw, Deposit, Transfer, Balance Check)
1. Withdraw (method name: withdraw)
* Input the amount to be withdrawn. Compute for the remaining balance after
the operation (balance = balance - withdrawn)
2. Deposit (method name: deposit)
* Input the amount to be deposited. Compute for the updated balance after
the operation (balance = balance + deposit)
3. Transfer (method name: transfer)
*Input the acCount number and the amount to be transferred. Compute for the
updated balance after the operation (balance = balance – moneySent)
-
4. Balance Check (method name: balanceCheck)
* Display the remaining balance.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb7687df1-f99f-4263-ad0f-a4eb1bae8abe%2F4c6500cd-90bb-4a11-98ca-be1280c6166b%2F2hdnrga_processed.png&w=3840&q=75)
Transcribed Image Text:Instruction:
Create a flowchart and a java program of the problem stated as follows. Create
user-defined methods that will perform 4 functionalities of an Automated Teller
Machine(Withdraw, Deposit, Transfer, Balance Check)
1. Withdraw (method name: withdraw)
* Input the amount to be withdrawn. Compute for the remaining balance after
the operation (balance = balance - withdrawn)
2. Deposit (method name: deposit)
* Input the amount to be deposited. Compute for the updated balance after
the operation (balance = balance + deposit)
3. Transfer (method name: transfer)
*Input the acCount number and the amount to be transferred. Compute for the
updated balance after the operation (balance = balance – moneySent)
-
4. Balance Check (method name: balanceCheck)
* Display the remaining balance.
![Sample Input/Output:
Depicted below are sample outputs when the program is executed (the items in bold
characters are input from the user, while the items in bold italic are calculated and
printed by the program):
-ATM-
-ATM-
1. Withdraw
2. Deposit
1. Withdraw
2. Deposit
3. Transfer
3. Transfer
4. Check Balance
5. EXIT
Choose operation: 1
Enter amount to be withdrawn: 1000
Collect your money
Check Balance? 1. Yes 0. No: 1
4. Check Balance
5. EXIT
Choose operation: 1
Enter amount to be withdrawn: 6000
Insufficient Balance
Check Balance? 1. Yes 0. No: 1
Balance: 4000
Balance: 4500
-ATM-
--ATM--
1. Withdraw
2. Deposit
1. Withdraw
2. Deposit
3. Transfer
3. Transfer
4. Check Balance
4. Check Balance
5. ΕXIT
5. EXIT
Choose operation: 2
Enter amount you want to deposit: 500
Choose operation: 3
Balance: 4500
Check Balance? 1. Yes 0. No: 0
*Note: The initial balance is 0. The user is given an option to check the balance or not.
The program will run until the exit option is chosen.
Required: The flowchart, the .java file (FamilyName_ATM.java) containing the code and
4 (or more) image files (Sample1, Sample2, Sample3, and Sample4) containing different
sample input/output of the program.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb7687df1-f99f-4263-ad0f-a4eb1bae8abe%2F4c6500cd-90bb-4a11-98ca-be1280c6166b%2Fmghh7c_processed.png&w=3840&q=75)
Transcribed Image Text:Sample Input/Output:
Depicted below are sample outputs when the program is executed (the items in bold
characters are input from the user, while the items in bold italic are calculated and
printed by the program):
-ATM-
-ATM-
1. Withdraw
2. Deposit
1. Withdraw
2. Deposit
3. Transfer
3. Transfer
4. Check Balance
5. EXIT
Choose operation: 1
Enter amount to be withdrawn: 1000
Collect your money
Check Balance? 1. Yes 0. No: 1
4. Check Balance
5. EXIT
Choose operation: 1
Enter amount to be withdrawn: 6000
Insufficient Balance
Check Balance? 1. Yes 0. No: 1
Balance: 4000
Balance: 4500
-ATM-
--ATM--
1. Withdraw
2. Deposit
1. Withdraw
2. Deposit
3. Transfer
3. Transfer
4. Check Balance
4. Check Balance
5. ΕXIT
5. EXIT
Choose operation: 2
Enter amount you want to deposit: 500
Choose operation: 3
Balance: 4500
Check Balance? 1. Yes 0. No: 0
*Note: The initial balance is 0. The user is given an option to check the balance or not.
The program will run until the exit option is chosen.
Required: The flowchart, the .java file (FamilyName_ATM.java) containing the code and
4 (or more) image files (Sample1, Sample2, Sample3, and Sample4) containing different
sample input/output of the program.
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