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Topics covered in Heat & Thermodynamics (Part-1) for JEE Advanced | Booster Checklist 1 are given in below timestamps: 00:00 JEE Advanced Booster Checklist - Heat & Thermodynamics 01:46 Pre-cap of Heat & Thermodyanmics for JEE Advanced 04:26 Problems based on barometric relation 04:43 Barometric relation explained 05:58 Pressure at some height from ground 06:40 Derivation of barometric pressure 09:01 Center of mass of a gas column with variable density using barometric relation 11:28 Rising of a balloon in atmosphere 12:08 If a mass is dropped from hot air balloon at some height, find how much it will rise 12:28 Bouyant force on a hot air balloon 15:18 Piston cylinder cases and gas laws - fixed piston / movable piston 16:06 Dithermic & Adiabatic piston cases 16:42 Case of Mixing of gases & gas laws 16:58 If partition between 2 gases in a cylinder is broken, find final pressure and temperature 17:46 Formula for temperature of gases when degree of freedom is given 18:08 Formula for Pressure of gases using mole conservation in kinetic theory of gases 19:14 Important note about fixed & movable piston cases and gas laws 20:32 Cases of diathermic / heat conducting piston 21:20 Case when walls of cylinder & piston both are diathermic 22:36 Energy conservation and gas laws 23:00 Derivation of formula of temperature of gases in KTG 23:21 Case of First law of thermodynamics - Work done by gases when piston is pushed 24:00 Learn how to apply first law of thermodynamics (Physics) 25:37 Cases of adiabatic piston 26:16 Pressure of system with movable piston in cylinder filled with gases in KTG 27:09 Gas laws for adiabatic processes 28:02 Quasistatic phenomenon in KTG & Thermodynamics 29:24 Application of first law of thermodynamics in diathermic and adiabatic processes 30:11 Spring in piston cylinder cases 30:40 Equilibrium position for spring in piston gas-cylinder cases due to pressure of gas inside the cylinder 32:33 Conservation of energy & work done for spring in piston gas-cylinder cases if piston is adiabatic 34:04 First law of thermodynamics for case of spring in piston gas cylinder when spring is pushed outwards 34:53 Case of Spring inside a piston gas cylinder 35:21 Pressure in Equilibrium position for spring connected to piston in a closed cylinder with 2 gases 37:04 Work done by gas to bring the piston connected to spring in equilibrium 37:46 Free expansion of gas / expansion without opposition in vaccum 38:42 All quick processes are adiabatic in nature while gradual are diathermic 39:15 Work done by gas ,change in Q and internal energy U for expansion without opposition 29:57 Application of Boyle's law 40:37 Air bubble inside a lake 41:37 Final radius of air bubble released from bottom of lake when density of water, pressure of atmosphere and depth of lake is given 42:09 Radius of air bubble at half the depth of lake when released from bottom 42:19 New radius of bubble released from bottom of lake if expansion is adiabatic 42:58 Pressure at a particular depth of lake in cases of air bubble expansion 43:13 Mercury / liquid column in a tube in KTG 43:49 Final state of Hg in glass column when tube is flipped vertically and at some angle 44:53 Analysis of position of mercury in glass tube when temperature is constant 46:03 Analysis of position of mercury in glass tube when process is adiabatic 46:25 Analysis when mercury placed horizontally in a closed tube is flipped vertically 47:37 Equilibrium condition for vertical cylinder in case of piston cylinder 49:01 Distribution of molecular speeds or Maxwell-Boltzmann distribution of velocity 49:49 Total number of molecules for a gas 50:20 Most probable velocity of gas using 50:50 Average and RMS velocity of gas 51:30 Analysis of Expansion of gas by heat conduction 52:26 Rate of flow of heat in piston cylinder case with adiabatic walls 53:50 Isobaric process analysis & molar specific heat 54:50 Gas temperature as a function of time in isobaric process 55:43 Isochoric Process analysis- Piston cylinder case when piston is clamped 56:07 Effect of sudden stoppage of a moving vessel 57:05 Change in kinetic energy of gas if vessel carrying gas suddenly stops 58:11 Case of thermal radiation - Radiation power of a hot body 59:23 Power of rate of supply of energy for hot body radiating 01:00:03 Radiation intensity at a distance from hot radiating body 01:00:55 Energy received by eye / aperture / sec - Cases of heat from Sun to Earth 01:01:38 Solar constant in case of radiation coming from Sun to Earth Advanced Illustrations for KTG & Thermodynamics can be watched from the following links: https://www.youtube.com/watch?v=UTODDaIn6W4&list=PLYVDsiuOZP5q94KNzbdwaM1Pg-oR9bKYJ #jeeadvanced #heatandthermodynamics

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