Examples of using Carnot in English and their translations into Hebrew
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Carnot cycle.
Lazare Carnot Buried.
Carnot is Valjean.
This is the Carnot engine.
Carnot went to look for steam engines and what did he find?
People also translate
But this is for a Carnot engine, right?
Carnot Efficiency 3: Proving that it is the most efficient.
As we are go around,I will say c for the Carnot cycle.
The Carnot Institutes.
So I have just made a slightly larger reversed Carnot engine.
Carnot published his book in the heyday of steam engines.
This is true for all heat engines, including the Carnot engine.
We have our Carnot engine, and it operates on heat differentials.
The magnitude of Q1--let me draw a new Carnot cycle, just for cleanliness.
A reverse Carnot engine, or maybe you call it a Carnot refrigerator, does the opposite.
So with that said, I said that this is only true for a Carnot heat engine.
Two weeks ago, a man called Carnot was arrested for poaching apples.
No engine can have efficiency greater than that of the Carnot engine.
Shortly we will talk about the law of Carnot, but before that few words about the man.
Carnot utilized a purely theoretical perspective for these engines and developed new ideas.
Guests of Toulouse will have a nice stay at Maison Carnot Holiday home.
So what's happening, if I run the Carnot cycle in reverse-- so I will call it the Carnot refrigerator.
No engine can get more efficient than this Carnot heat engine.
Eventually he found the work of Carnot, widely published it and gave him all the credit and respect that he deserved.
I'm going to show over the next few videos that themost efficient engine is this theoretical Carnot engine.
After the Legislative Assembly was dissolved, Carnot was elected to the National Convention in 1792.
History==In 1905, Paul Carnot, a professor of medicine in Paris, and his assistant, Clotilde Deflandre, proposed the idea that hormones regulate the production of red blood cells.
The Second Law of Thermodynamics was born in themind of a French engineer named Sadi Carnot(1796-1832) at the end of the first quarter of the nineteenth century.
The apparently naive postulate of Carnot, that a process which is not reversible will be always less efficient than a reversible process, has even more important implications.
Because it's essential that you understand the Carnot engine, understand this adiabatic process, understand what isotherms are.