Create a class called Tanker that has the following attributes: Tanker () Tanker (totalCapacity) addOxygen(Double) - Boolean removeOxygen(Double) - Boolean addWater(Double) - Boolean removeWater(Double) - Boolean addLiquid(Double) - Boolean removeLiquid(Double) - Boolean addGas(Double) - Boolean removeGas(Double) - Boolean toString() - String Note: Tanker totalCapacity - Double oxygenContainer - Double waterContainer - Double liquidContainer - Double gasContainer - Double

Create a class called Tanker that has the following attributes: Tanker () Tanker (totalCapacity) addOxygen(Double) - Boolean removeOxygen(Double) - Boolean addWater(Double) - Boolean removeWater(Double) - Boolean addLiquid(Double) - Boolean removeLiquid(Double) - Boolean addGas(Double) - Boolean removeGas(Double) - Boolean toString() - String Note: Tanker totalCapacity - Double oxygenContainer - Double waterContainer - Double liquidContainer - Double gasContainer - Double

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 7PE

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In this assignment, you are implementing a class from a model shown here. PlayingCard suit char value int + PlayingCard (s:char, v:int): + getSuit(): char + getValue(): int + setSuit (s:char):void + setValue(v:int):void + toString(): String +isMatch (p:PlayingCard): boolean PlayingCard ADT 1) The constructor takes 2 char values and initializes the value and suit of the PlayingCard. 2) Accessor functions for the suit and value (getters) 3) Mutator functions for the suit and value (setters) 4) A toString method that displays the PlayingCard in the format (value, suit). For example, a 10 of hearts would display as (10,H). Face cards should display K, Q, J, or A, for the values 13, 12, 11, 14, respectively. 5) An isMatch method that takes a PlayingCard p as an argument and returns true if p's suit or value match that of the calling object After writing the class, test each function in a main method before proceeding to the next steps. Once your class is fully tested, write a driver method…
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Design a new Account class as follows:■■ Add a new data field name of the String type to store the name of thecustomer.■■ Add a new constructor that constructs an account with the specified name, id,and balance.■■ Add a new data field named transactions whose type is ArrayList thatstores the transaction for the accounts. Each transaction is an instance of theTransaction class, which is defined as shown in Figure ■■ Modify the withdraw and deposit methods to add a transaction to thetransactions array list. Write a test program that creates an Account with annual interest rate 1.5%,balance 1000, id 1122, and name George. Deposit $30, $40, and $50 to theaccount and withdraw $5, $4, and $2 from the account. Print an account summarythat shows the account holder name, interest rate, balance, and all transactions.
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Create a RightTriangle class given the following design: RightTriangle variables: base, height methods: 2 constructors, 1 that set default values and another that accepts to parameters. setBase - changes the base. Requires one parameter for base. setHeight - changes the height. Requires one parameter for height. getBase - returns the triangle base. getHeight - returns the triangle height. area - returns the area of the triangle (1/2bh) given the current base and height
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