EBK NEW PERSPECTIVES ON HTML5, CSS3, AN
6th Edition
ISBN: 9781337516358
Author: Carey
Publisher: CENGAGE LEARNING - CONSIGNMENT
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Question
Chapter 13, Problem 5RA
a)
Program Plan Intro
To create a function named calcCart() in file co_cart.js and within this function create a variable named orderCost as specified and display the value of orderCost variable in orderCostField.
b)
Program Plan Intro
To create a variable named shipCost within function calcCart as specified and display the value of shipCost variable in shippingCost field.
c)
Program Plan Intro
To display the sum of orderCost andshipCost in subtotal field within function calcCart.
d)
Program Plan Intro
To create a variable names salesTax within function calcCart and display the value of salesTaxvariable in salesTax field.
e)
Program Plan Intro
To displaythe sum of orderCost, shipCost and salesTax in cartTotal field within function calcCart.
f)
Program Plan Intro
To store the label text of the shipping option from the shipping files in the shippingType field.
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Task 2: Comparable Interface and Record (10 Points)
1. You are tasked with creating a Java record of Dog (UML is shown below). The dog record
should include the dog's name, breed, age, and weight. You are required to implement the
Comparable interface for the Dog record so that you can sort the records based on the dogs'
ages. Create a Java record named Dog.java.
name: String
breed: String
age: int
weight: double
+ toString(): String
>
Dog
+ compareTo(otherDog: Dog): int
>
Comparable
2. In the Dog record, establish a main method and proceed to generate an array named
dogList containing three Dog objects, each with the following attributes:
Dog1: name: "Buddy", breed: "Labrador Retriever", age: 5, weight: 25.5
Dog2: name: "Max", breed: "Golden Retriever", age: 3, weight: 30
Dog3: name: "Charlie", breed: "German Shepherd", age: 2, weight: 22
3. Print the dogs in dogList before sorting the dogList by age. (Please check the example
output for the format).
•
4. Sort the dogList using…
The OSI (Open Systems Interconnection) model is a conceptual framework that standardises the functions of a telecommunication or computing system into seven distinct layers, facilitating communication and interoperability between diverse network protocols and technologies. Discuss the OSI model's physical layer specifications when designing the physical network infrastructure for a new office.
In a network, information about how to reach other IP networks or hosts is stored in a device's routing table. Each entry in the routing table provides a specific path to a destination, enabling the router to forward data efficiently across the network. The routing table contains key parameters determining the available routes and how traffic is directed toward its destination. Briefly explain the main parameters that define a routing entry.
Chapter 13 Solutions
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