>
Time management is very much important in IIT JAM. The eduncle test series for IIT JAM Mathematical Statistics helped me a lot in this portion. I am very thankful to the test series I bought from eduncle.
Nilanjan Bhowmick AIR 3, CSIR NET (Earth Science)
Shweta Thakur posted an Question
September 29, 2020 • 01:56 am
![]()
30 points
30 points
- IIT JAM
- Chemistry (CY)
Plz expalin these three relations... as u cokd you asat
AS u COKD you ASAT be mdhffkfhfkgk hkdfjdl hldfkdkfkf
1 Answer(s)
Answer Now
- 0 Likes
- 2 Comments
- 0 Shares
Do You Want Better RANK in Your Exam?
Start Your Preparations with Eduncle’s FREE Study Material
- Updated Syllabus, Paper Pattern & Full Exam Details
- Sample Theory of Most Important Topic
- Model Test Paper with Detailed Solutions
- Last 5 Years Question Papers & Answers
Sign Up to Download FREE Study Material Worth Rs. 500/-
Priyanshu kumar Best Answer
Can you please more clarify the question...?
relation of entropy with volume ,pressure and temperature
Effect of temperature: Several factors affect the amount of entropy in a system. If you increase temperature, you increase entropy. (1) More energy put into a system excites the molecules and the amount of random activity. (2) As a gas expands in a system, entropy increases. Effect of volume: the temperature will increase the entropy. Changes in volume will lead to changes in entropy. The larger the volume the more ways there are to distribute the molecules in that volume; the more ways there are to distribute the molecules (energy), the higher the entropy. Effect of pressure: The entropy of a system decreases with an increase in pressure. Entropy is a measure of how much the energy of atoms and molecules become more spread out in a process. If we increase the pressure on the system, the volume decreases. The energies of the particles are in a smaller space, so they are less spread out .
but sir at given temperature pe pressure aur entropy Ka inverse realatjon how
This is mathematically formulated by maxwell relation pressure and entropy inverse relation at a given temp...but theoretically read the above explanation
see
ok sir