Chemistry, asked by jamesalexander9938, 9 months ago

1 mole of N_2 gas is mixed with 3 mole of O_2 gas at room temperature to form a mixture at the final pressure of 1 atm, the initial pressure of each being also 1 atm. Calculate the molar entropy of mixing.

Answers

Answered by shreyassbvb

Answer:

mole of N_2 gas is mixed with 3 mole of O_2 gas at room temperature to form a mixture at the final pressure of 1 atm, the initial pressure of each bein

Previous Question

Next Question

Similar questions

Science, 4 months ago

what is the nature of a body whose velocity time graph is a straight line perallel to y axis...

History, 4 months ago

5. Many have been made to protect the Right to Equality.

Science, 4 months ago

sperms are valuable why? make me answer please...

English, 9 months ago

She said simply, "We will walk " Narration change it ...

Computer Science, 9 months ago

Q18. What is the dimension of Badminton court for singles? a) 44 x 15 b) 46 x 15 c) 46 x 17...

Chemistry, 1 year ago

the number of equivalent of Na2S2O3 required for the volumetric estimation of one equivalent of Cu2+ is A)1 B)2 C)3/2...

Math, 1 year ago

50 points! question from Euclid's geometry class 9 no useless answers Q3. If AB = CD, can you say that AC = BD? Give reason for your answer. I will mark brainliest...

Math, 1 year ago

write a pair of integers whose sum is a integer smaller than both the integers.

1 mole of N_2 gas is mixed with 3 mole of O_2 gas at room temperature to form a mixture at the final pressure of 1 atm, the initial pressure of each being also 1 atm. Calculate the molar entropy of mixing.​

Answers

1 mole of N_2 gas is mixed with 3 mole of O_2 gas at room temperature to form a mixture at the final pressure of 1 atm, the initial pressure of each being also 1 atm. Calculate the molar entropy of mixing.