Resistor class Program plan: Filename: “Resistor.java” Import the required packages. Define the “Resistor” class. Declare the class members. Create a constructor “Resistor()”. Initialize the class members. Create a constructor “Resistor()”. Set the value of class members. Create a method “getNominalResistance()”. Return the value of “nominalResistance”. Create a method “getTolerance ()”. Return the value of “tolerance”. Create a method “getActualResistance ()”. Return the value of “actualResistance”. Filename: “VoltageDivider.java” Import the required packages. Define the “VoltageDivider” class Declare the class member variables. Create a constructor “VoltageDivider()”. Initialize the class members. Create a constructor “VoltageDivider()”. Set the value of class members. Create a method “getNominalGain ()”. Return the value. Create a method “getActualGain ()”. Return the value. Define the main method. Create an integer variable “NCIRCUIT”. Iterate a “for” loop up to “i <= NCIRCUIT”. Create an object “r1” for “Resistor” class. Create an object “r2” for “Resistor” class. Create an object “divider” for “VoltageDivider” class. Print the values.

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Answer 1

Question

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

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answer shoul avoid using AI and should be basic and please explain

Node A is connected to node B by a 2000km fiber link having a bandwidth of 100Mbps. What is the total latency time (transmit + propagation) required to transmit a 4000 byte file using packets that include 1000 Bytes of data plus 40 Bytes of header.

answer should avoid using AI and should be basic and explain please

Answer 2

Question

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

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Answer 3

Question

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

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Answer 4

Question

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

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Answer 5

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

Answer 6

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

Answer 7

Chapter 8, Problem 14PP

Program Plan Intro

Resistor class

Program plan:

Filename: “Resistor.java”

Import the required packages.

Define the “Resistor” class.

Declare the class members.

Create a constructor “Resistor()”.

Initialize the class members.

Create a constructor “Resistor()”.

Set the value of class members.

Create a method “getNominalResistance()”.

Return the value of “nominalResistance”.

Create a method “getTolerance ()”.

Return the value of “tolerance”.

Create a method “getActualResistance ()”.

Return the value of “actualResistance”.

Filename: “VoltageDivider.java”

Import the required packages.

Define the “VoltageDivider” class

Declare the class member variables.

Create a constructor “VoltageDivider()”.

Initialize the class members.

Create a constructor “VoltageDivider()”.

Set the value of class members.

Create a method “getNominalGain ()”.

Return the value.

Create a method “getActualGain ()”.

Return the value.

Define the main method.

Create an integer variable “NCIRCUIT”.

Iterate a “for” loop up to “i <= NCIRCUIT”.

Create an object “r1” for “Resistor” class.

Create an object “r2” for “Resistor” class.

Create an object “divider” for “VoltageDivider” class.

Print the values.

Answer 8

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Answer 9

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Answer 10

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Answer 11

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