Fuel efficiency of a multi-leg journey Program Plan: Declare the “MPG” function. Assign the values to the variables. Check “leg” is not equal to newline. Get the current odometer and amount of gas from the user. In “try” block, Split the odometer reading and amount of gas from the user input and assign it into the separate variables. Increment the “count” value. Calculate the distance traveled. Calculate the MPG for leg. Set the new odometer reading. Display the leg. Add values to trip total. In exception block, break the function. Return the values to the main function. Declare a main function. Inside the main function, Get the starting odometer reading from the user. Call the function “MPG”. Calculate the total MPG. Display the result. Call the main function.

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Answer 1

Question

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

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Answer 2

Question

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 3

Question

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

Answer 6

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

Answer 7

Chapter 8, Problem 9PE

Program Plan Intro

Fuel efficiency of a multi-leg journey

Program Plan:

Declare the “MPG” function.

Assign the values to the variables.

Check “leg” is not equal to newline.

Get the current odometer and amount of gas from the user.

In “try” block,

Split the odometer reading and amount of gas from the user input and assign it into the separate variables.

Increment the “count” value.

Calculate the distance traveled.

Calculate the MPG for leg.

Set the new odometer reading.

Display the leg.

Add values to trip total.

In exception block, break the function.

Return the values to the main function.

Declare a main function. Inside the main function,

Get the starting odometer reading from the user.

Call the function “MPG”.

Calculate the total MPG.

Display the result.

Call the main function.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 8 - Prob. 1TF Ch. 8 - Prob. 2TF Ch. 8 - Prob. 3TF Ch. 8 - Prob. 4TF Ch. 8 - Prob. 5TF Ch. 8 - Prob. 6TF Ch. 8 - Prob. 7TF Ch. 8 - Prob. 8TF Ch. 8 - Prob. 9TF Ch. 8 - Prob. 10TF

Solution Summary: The author describes the program to compute fuel efficiency of a multi-leg journey.

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