an ideal carnot refrigerator (heat pump) freezes ice cubes at the rate of 7 g/s starting with water…
Published 3 months ago • No plays • Length 0:33Download video MP4
Download video MP3
Similar videos
-
11:36
refrigerators, heat pumps, and coefficient of perfomance - thermodynamics & physics
-
13:01
how do refrigerators and heat pumps work? | thermodynamics | (solved examples)
-
9:52
carnot refrigerators and heat pumps | thermodynamics | (solved examples)
-
5:29
refrigeration cycle | animation
-
9:46
thermodynamics - 6-4 refrigerators and heat pumps - examples
-
26:05
reasons why you cannot use peltier for air conditioning
-
11:05
ultra low-temperature cascade refrigeration system repair
-
12:23
heat engines - 2nd law of thermodynamics | thermodynamics | (solved examples)
-
1:18:26
carnot heat engines, efficiency, refrigerators, pumps, entropy, thermodynamics - second law, physics
-
10:42
thermodynamics - 6-4 refrigerators and heat pumps - another example
-
7:41
2nd law of thermodynamics - principles of refrigeration
-
10:15
refrigeration and heat pump cycles in 10 minutes!
-
8:21
how does a refrigerator work?
-
1:56
thermo - coefficient of performance of fridge in 2 minutes!
-
7:01
heat pump & refrigerator
-
0:47
what is the coefficient of performance (cop)?
-
9:40
engr251: carnot heat engine, carnot refrigerator, carnot heat pump
-
1:19
a heat pump that operates on the ideal vapor compression cycle with refrigerant-134a
-
2:03
how do heat pumps work? | heat pumps explained
-
4:22
thermodynamics - 6-11 the carnot refrigerator and heat pump
-
1:03:17
engr 219 - lecture 18 (thermo i) - carnot refrigerators and heat pumps
-
1:00
cop calculation for refrigeration equipment