00:00

00:00 / 00:00

13.2 Carnot efficiencies

From Stephen Beck June 03, 2025

2 plays 0 comments You unliked the media.

13.3 Diagrams and work

2 | duration 7 minutes 10 seconds

13.3 Diagrams and work

From Stephen Beck June 03, 2025

13.6 Refrigerators and heat pumps

1 | duration 14 minutes 16 seconds

13.6 Refrigerators and heat pumps

From Stephen Beck June 04, 2025

13.5 Examples of Carnot efficiency

1 | duration 7 minutes 3 seconds

13.5 Examples of Carnot efficiency

From Stephen Beck June 04, 2025

7a Introduction to course

0 | duration 15 minutes 12 seconds

7a Introduction to course

From Stephen Beck June 27, 2025

10c Closed system examples

1,013 | duration 16 minutes 46 seconds

10c Closed system examples

From Stephen Beck March 02, 2021

13.1 power cycles

0 | duration 9 minutes 33 seconds

13.1 power cycles

From Stephen Beck June 03, 2025

10e Open system examples

894 | duration 11 minutes 14 seconds

10e Open system examples

From Stephen Beck January 11, 2021

14b Example of Brayton cycle

983 | duration 16 minutes 48 seconds

14b Example of Brayton cycle

From Stephen Beck January 18, 2021

14c Brayton cycle with inefficiencies

920 | duration 20 minutes 2 seconds

14c Brayton cycle with inefficiencies

From Stephen Beck January 18, 2021

11a Introduction to the second law

909 | duration 13 minutes 28 seconds

11a Introduction to the second law

From Stephen Beck January 19, 2021

Here we look at a eat engine and show that the maximum efficiency of the cycle is based on the highest (source) and lowest (sink) temperatures in the cycle. This Carnot efficiency is (Th-Tl)/Tl

Tags: carnot efficiencythermodynamicsheatwork

Optional Metadata - Schools: School of Mechanical Aerospace and Civil Engineering
Appears In: AER11001b Thermodynamics

Comments
Related Media

Loading…

13.2 Carnot efficiencies

Related Media