HC Verma Class 12 Physics Part-2 Solutions for Chapter 27 - Specific Heat Capacities of Gases
Jul 20, 2022, 16:45 IST
HC Verma Class 12 Physics Part-2 Solutions for Chapter 27 - Specefic Heat Capacities of Gases
This page consists of detail step by step explanation of each and every question which is given in HC Verma physics of class 12th, in the Chapter 27 - Specefic Heat Capacities of Gases which is 27rd chapter of HC Verma concept of physics in Volume -2 all questions are solved with proper explanation of all steps to enhance your learning. NCERT Text book and NCERT Solutions are Recommend for all Entrance exam do solve all question given in text book with the help of NCERT solution for class 12 Physics.
About chapter Chapter 27 - Specefic Heat Capacities of Gases :
SPECIFIC HEAT This is called ‘Heat inertia’ of a substance. Definition : The amount of heat needed for an unit increase in the temperature of unit mass of a (substance solid, liquid or gas) is called it’s specific heat
Unit : kilocalorie/kg-ºC or calorie/g-ºC
1 Kcal/kg-ºC = 1 cal/g-ºC
(i) Generally two types of specific heat are mentioned for a gas -
(a) specific heat at constant volume (Cv)
(b) specific heat at constant pressure (cp)
(ii) These specific heats can be molar or gram, depending on the amount of gas considered to define it
• THERMAL CAPACITY OR HEAT CAPACITY Amount of heat needed to increase the temperature of a substance (any amount) by 1ºC is called thermal capacity of that substance.
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Related Link
- Chapter 23 - Heat and Temperature
- Chapter 24 - Kinetic Theory of Gases
- Chapter 25 - Calorimetry Chapter
- Chapter 26 - Laws of Thermodynamics
- Chapter 27 - Specific Heat Capacities of Gases
- Chapter 33 - Thermal and Chemical Effect of Current
- Chapter 32 - Electric Current in Conductors
- Chapter 31 -Capacitors
- Chapter 30 - Gausss Law
- Chapter 29 - Electric Field and Potential
- Chapter 28 - Heat Transfer
- Chapter 34 -Magnetic Field
- Chapter 35 - Magnetic Field due to a Current
- Chapter 36 - Permanent Magnets
- Chapter 37 - Magnetic Properties of Matter
- Chapter 38 - Electromagnetic Induction
- Chapter 39 - Alternating Current
- Chapter 40 - Electromagnetic Waves
- Chapter 41 - Electric Current through Gases
- Chapter 42 - Photoelectric Effect and WaveParticle Duality
- Chapter 43 - Bohr’s Model and Physics of Atom
- Chapter 44 - X-rays
- Chapter 45 - Semiconductors and Semiconductor Devices
- Chapter 46 - The Nucleus
- Chapter 47 - The Special Theory of Relativity