28 public static void main(String[] args) { // TODO: Create 3 bicycle objects (redBicycle, blueBicycle, greenBicycle) with the radius and price of your choice. // You should not passing ID for each bicycle since it 29 30 31 automated process. 32 33 34 35 // TODO: Use getter to get the blueBicycle ID, print that value --> should be 2 36 37 38 // TODO: Call getPackageSize using greenBicycle object to get the package size, print thạt value. Depending on the radius of the greenBicycle 39 40 41 42 // TODO: call getTestedPackageSize using 3 methods: 1. using redBicycle object 43 44 // 2. using bicycleManufacturer class 3. directly since we are inside bicycleManufacturer file 45 // 46 // 47 48 49
28 public static void main(String[] args) { // TODO: Create 3 bicycle objects (redBicycle, blueBicycle, greenBicycle) with the radius and price of your choice. // You should not passing ID for each bicycle since it 29 30 31 automated process. 32 33 34 35 // TODO: Use getter to get the blueBicycle ID, print that value --> should be 2 36 37 38 // TODO: Call getPackageSize using greenBicycle object to get the package size, print thạt value. Depending on the radius of the greenBicycle 39 40 41 42 // TODO: call getTestedPackageSize using 3 methods: 1. using redBicycle object 43 44 // 2. using bicycleManufacturer class 3. directly since we are inside bicycleManufacturer file 45 // 46 // 47 48 49
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
PLEASE WRITE CODE IN JAVA
![27
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public static void main(String[] args) {
// TODO: Create 3 bicycle objects (redBicycle, blueBicycle, greenBicycle) with the radius and price of your choice.
// You should not passing ID for each bicycle since it is automated process.
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// TODO: Use getter to get the blueBicycle ID, print that value --> should be 2
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// TODO: Call getPackageSize using greenBicycle object to get the package size, print that value. Depending on the radius of the greenBicycle
40
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/ TODO: call getTestedPackageSize using 3 methods:
1. using redBicycle object
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2. using bicycleManufacturer class
3. directly since we are inside bicycleManufacturer file
45
/
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//
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Transcribed Image Text:27
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public static void main(String[] args) {
// TODO: Create 3 bicycle objects (redBicycle, blueBicycle, greenBicycle) with the radius and price of your choice.
// You should not passing ID for each bicycle since it is automated process.
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35
// TODO: Use getter to get the blueBicycle ID, print that value --> should be 2
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// TODO: Call getPackageSize using greenBicycle object to get the package size, print that value. Depending on the radius of the greenBicycle
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42
/ TODO: call getTestedPackageSize using 3 methods:
1. using redBicycle object
43
44
2. using bicycleManufacturer class
3. directly since we are inside bicycleManufacturer file
45
/
46
//
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50
Transcribed Image Text:1
þublic class BicycleManufacturer {
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// Assuming you are a bicycle manufacturer that needs to keep track of
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//
1. ID of each bicycle made (automatically)
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//
2. the radius of the wheel
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//
3. the price of each bicycle
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// TODO: Create fields/attributes to keep track of the information
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// TODO: Create constructors with an automated method to keep track of the bicycle's ID (no mannual ID passing in)
// The ID of each bicycle should be an increment of 1 starting with 1 from the first bicycle object created
/ See Student.java for an example
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/ TODO: Create setters and getters (bicycle id, radius, and price)
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// These 2 methods can later use for optimizing the radius and the price
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// TODO: Create a method to calculate the packaging size name it getPackageSize by this formula:
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/
packaging size
= 2*4*pi*(radius^2)
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// TODO: Create a static method to calculate the packaging size name it getTestedPackageSize with radius input parameter instead of using the field
= 2*4*pi*(radius^2)
// This is an overload method of previous method but using static method
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//
packaging size
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