Register
Two systems of monotonic ideal gas are separated by a diathermal wall. In system A there are 2 moles initially at 175 K, in system B there are 3 moles initially at 400 K. Write U_AU A ​ and U_BU B ​ as
157k views
2 votes
Two systems of monotonic ideal gas are separated by a diathermal wall. In system A there are 2 moles initially at 175 K, in system B there are 3 moles initially at 400 K. Write U_AU A ​ and U_BU B ​ as functions of RR and the determine the common temperature (in Kelvin) after equilibrium is reached.

User Ricecakes
by
4.9k points

1 Answer

5 votes

Answer:

The common temperature after equilibrium is reached = 310K

Step-by-step explanation:

The attachment shows U_AU A ​ and U_BU B ​ as functions of RR

Two systems of monotonic ideal gas are separated by a diathermal wall. In system A-example-1
Two systems of monotonic ideal gas are separated by a diathermal wall. In system A-example-2
User AAber
by
4.6k points
Ask a Question
Welcome to QAmmunity.org, where you can ask questions and receive answers from other members of our community.

5.6m questions

7.3m answers

Other Questions

How many pounds in a 3.00 l bottle of drinking water?
Compound A is an organic compound which contains Carbon, Hydrogen and Oxygen. When 0.240g of the vapour of A is slowly passed over a large quantity of heated Copper (II) oxide, CuO, the compound A is completely
Chlorine (Cl) forms a salt when it is combined with a metal. This element belongs in _____. group 18 group 17 period 18 period 17
In the following diagram for preparation of hydrogen gas as shown in the figure,what would happen if the following changes are made? (a) In place of zinc granules, same amount of zinc dust is taken in
When one substance changes into one or more new substances, it has exhibited a 1. chemical change. 2. chemical reaction. 3. physical change. 4. chemical property?
Link Copied!