Build a decision table and simplify the same. Customer can withdraw money from ATM. ATM machine pays out the amount if the customer enters correct pin and it customer has sufficient funds in their account or if the customer has the credit granted. ATM should also have enough funds to dispense the cash as per the customer request

Build a decision table and simplify the same. Customer can withdraw money from ATM. ATM machine pays out the amount if the customer enters correct pin and it customer has sufficient funds in their account or if the customer has the credit granted. ATM should also have enough funds to dispense the cash as per the customer request

COMPREHENSIVE MICROSOFT OFFICE 365 EXCE

1st Edition

ISBN:9780357392676

Author:FREUND, Steven

Publisher:FREUND, Steven

Chapter9: Formula Auditing, Data Validation, And Complex Problem Solving

Section: Chapter Questions

Problem 3AYK

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Draw the decision table for the following scenario: Suppose a customer would like to withdraw money from an ATM machine. If they insert invalid card, the machine will reject the card. If the card is valid, they are prompt to enter a PIN number. If the PIN is wrongly keyed, the machine will prompt user to re-enter the PIN. If the next attempt is fail then the machine will eat the card. If the PIN is successfully entered, the machine will allow user to dispense the requested cash if the balance is sufficient.
Suppose you are given the following description of a discount policy: An insurance company has a policy of discounting its product to customers under certain circumstances: Discounts of 5% are given only if the customer has excellent credit If the customer has filed less than one claim in the last five years add a discount of 10% If the customer insured multiple products (home, car, boat) etc subtract 4% Represent this situation as a decision table Represent the situation above as a decision tree.
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Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”.20; 21 2021© The Independent Institute of Education (Pty) Ltd 2021Page 4 of 4Q.2.1 By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Marks will be awarded as follow:Q.2.1.1 Class diagram showing inheritance; (8)Q.2.1.2 Attributes; (4)Q.2.1.3 Instance methods; (12)Q.2.1.4 Access specifiers. (2)Q.2.2 By means of pseudocode, demonstrate how overloaded methods can be used in the COVID-19…
Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”.Q.2.1 By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Marks will be awarded as follow:Q.2.1.1 Class diagram showing inheritance; Q.2.1.2 Attributes; Q.2.1.3 Instance methods; Q.2.1.4 Access specifiers.
Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”. Q.2.1 By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Marks will be awarded as follow:Q.2.1.1 Class diagram showing inheritance; Q.2.1.2 Attributes; Q.2.1.3 Instance methods; Q.2.1.4 Access specifiers. Q.2.2 By means of pseudocode, demonstrate how overloaded methods can be used in the COVID-19 application you are designing.