Advance Illustrations on KTG and Thermodynamics (English)

   Sunday, July 05, 2020   

Starting a new Lecture Notes Series on Advance Illustrations on KTG and Thermodynamics

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Advance Illustrations on KTG and Thermodynamics By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Sliding Pistons in Tube of different Cross Sections

Lecture 2: Temperature Gradient in a Container

Lecture 3: Lifting a Glass Tube

Lecture 4: Mass of a Gas in a Vessel

Lecture 5: Evacuation of a Gas From a Chamber

Lecture 6: Temperature Gradient of a Gas

Lecture 7: Tension in a string connecting Pistons in a tube

Lecture 8: Displacement of a Mercury Column

Lecture 9: Maximum Gas Temperature in Thermodynamic Process

Lecture 10: Gas under a Piston connected to Spring

Lecture 11: Two step Thermodynamic Process on a Gas

Lecture 12: External Work on a system

Lecture 13: Molar Heat capacity of a Gas in Tuna Process

Lecture 14: A Floating Cylinder in Water

Lecture 15: Gas Pressure variation with height

Lecture 16: Mercury Over a Piston

Lecture 17: Ratio of Gas Masses in a Mixture

Lecture 18: Breaking of a Container

Lecture 19: Centre of Mass of a Gas

Lecture 20: Heat Supply to two Cylinders

Lecture 21: Work Done by Gas having varying Specific Heat

Lecture 22: Adiabatic Exponent for a Mixture of Gases

Lecture 23: Breaking of a Gas Container

Lecture 24: External Work in displacing a Piston

Lecture 25: Re-plotting of Indicator Diagram-1

Lecture 26: Re-plotting of Indicator Diagram-2

Lecture 27: Isothermal Curve to Adiabatic Curve

Lecture 28: Excitation of Atomic Hydrogen Gas

Lecture 29: Heat Exchange Between Two Gases

Lecture 30: Air leakage from a tyre puncture

Lecture 31: Work Done in a Cyclic Process

Lecture 32: Process Equation of a Gas in a Specific Process

Lecture 33: Different Processes on Identical Gases

Lecture 34: Heating of a Gas with Modified Gas Law

Lecture 35: Internal Energy of Adiabatic Process

Lecture 36: Minimum Pressure of an Expending Gas

Lecture 37: Mercury Overflow Due to Gas Expansion

Lecture 38: Heat and Work Done in a Linear Process

Lecture 39: A Gas Undergoing a Cyclic Process-1

Lecture 40: A Gas Undergoing a Cyclic Process-2

Lecture 41: A Gas Undergoing a Cyclic Process-3

Lecture 42: A Gas Undergoing a Cyclic Process-4

Lecture 43: Air Pressure in a Rotating TubeAir Pressure in a Rotating Tube

Lecture 44: Change in Collision Rate of Molecules

Lecture 45: Heating the Gas in a Cylinder

Lecture 46: Pressure Increment With Volume of a Gas

Lecture 47: Atmospheric Temperature of a Planet