Recent Posts • Latest Topics • Unanswered Questions

A heat engine takes 2.0 moles of an ideal gas through the reversible cycle abca, on the ...

jkaur2017

wrote...

Go to Answer

Posts: 249

Rep:

5 years ago

A heat engine takes 2.0 moles of an ideal gas through the reversible cycle abca, on the ...

Figure 16.3e

A heat engine takes 2.0 moles of an ideal gas through the reversible cycle abca, on the pV diagram, as shown. The path bc is an isothermal process. The temperature at c is

and the volumes at a and c are

and

respectively. The molar heat capacity at constant volume, of the gas, is

In Figure 16.3e, the thermal efficiency of the engine, is closest to:

• 0.24

• 0.54

• 0.14

• 0.34

• 0.057

Textbook

College Physics

Edition: 10^th

Authors: Young, Adams, Chastain

Read 145 times

1 Reply

Report

Replies

Answer verified by a subject expert

sjdbub

wrote...

Posts: 181

Rep:

5 years ago

More solutions for this book are available here

Report

Related Topics

jkaur2017 Author

wrote...

5 years ago

Thanks for your help!!

jblazah

wrote...

Yesterday

Thanks

einstein

wrote...

2 hours ago

Thank you, thank you, thank you!

New Topic

Quick Reply

Explore

Post your homework questions and get free online help from our incredible volunteers

948 People Browsing

Start New Topic Take the Tour CoursesNew Study Tools Topics Trending Browse by Textbook

Live Chat

Related Images

265

320

298

Your Opinion

Previous poll results: Who's your favorite biologist?

Strange Ingredients Lurking in Doritos Chips

The Toxic Skin and Fungi Defense

It's sore throat season, why does my mucus have red spots?

Bonobos, Chimpanzees, and the 98% DNA Link

Courses by Biology Forums

Ready to ask a question on Biology Forums? Try it out

Join Our Community

Biology Forums - Study Force is a free online homework help service catered towards college and high school students. Get homework help and answers to your toughest questions in biology, chemistry, physics, mathematics, engineering, accounting, business, humanities, and more. Master your assignments quickly with thousands of step-by-step solutions to countless textbook questions asked and answered by our members. If we don't have your question, don't worry. You can ask any homework question and get expert homework help in as little as two hours.

Our extensive online study community is made up of college and high school students, teachers, professors, parents and subject enthusiasts who contribute to our vast collection of study resources: textbook solutions, study guides, practice tests, practice problems, lecture notes, equation sheets and more. With our help, your homework will never be the same!

Join for free today

How is Biology Forums - Study Force different than tutoring?

Home Search Q & A Board Gallery Resource Library Blog Dictionary Chat	Quick Links Start a Topic Latest Topics Unanswered Questions Courses Study Tools Browse by Textbook	Social Facebook YouTube Community Stats Who's Online Trending Staff	Help About Us Take the Tour Study Tips Posting Guidelines Terms and Policies Contact Us
Biology Forums - Study Force © 2010-2024 \| Powered by SMF \| SMF © 2015, Simple Machines \| Sitemap Biology-Forums.com is not affiliated with any publisher. Book covers, title and author names appear for reference only.