Dependence of Entropy on variable Temperature and Pressure | Thermodynamics |

#thermodynamics #derivation #formula #derivatoninthermodynamics
In this video I have explained about a very important derivation in Thermodynamics. This derivation shows the dependence of Entropy on Temperature and Pressure. This is a long derivation and frequently asked in examination as well. The formula can be derived by considering entropy and internal energy to be the function of temperature and Pressure. 1st and 2nd laws of thermodynamics is also used for this derivation.
With the help of the formula, the dependence of entropy on temperature and volume for an ideal gas can also be derived which helps us to solve a lot of numerical problem as well.
I have explained everything about the derivation in this video in English language and I have solved a numerical problem too to show the use of the formula.
Enthalpy of a system
• Enthalpy of a system |...
First law of thermodynamics
• First Law Of Thermodyn...
Molar heat capacities
• Molar Heat Capacity at...
Thermodynamics Playlist..
Thermodynamics: • Thermodynamics
Colligative Properties
• Colligative Properties
Thermodynamics
• Thermodynamics
Solid State Chemistry
• Solid State Chemistry
Electrochemistry
• Electrochemistry
Reactive Intermediate
• Reactive Intermediate
Spectroscopy (Physical Chemistry)
• Molecular Spectroscopy
Nanoscience and Nanotechnology
• Nanoscience and Nanote...
Surface Chemistry
• Surface Chemistry
Chemical Kinetics
• Chemical Kinetics
Presented by Govinda Thakur (Samir Sharma)
MSc Chemistry
Tribhuvan University
Email: [e-mail]
WhatsApp: [phone]
Facebook: / samir.sharma.165681
Instagram: / samirsharma122

[@ritamoktan895]

Thank you sir❤

[@nischalsharma9075]

👍👍

[@chemistrylovers742]

Wonderful explanation sir

[@GTScienceTutorial]

Thank you😊

[@Kingrunmachinekohli18]

🎉🎉🎉