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Three ***** of an ideal gas being initially at a temperature T0 = 273 K were isothermally expanded n = 5.0 times its
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Apr 5, 2019
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JEE
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kratos
irodov
jee
thermodynamics
heat capacity
jee mains
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One mole of an ideal gas whose adiabatic exponent equals γ undergoes a process p = p0 α/V,w here Po and a are positive constants. Find:
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Apr 3, 2019
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kratos
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jee
thermodynamics
heat capacity
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A heat-conducting piston can freely move inside a closed thermally insulated cylinder with an ideal gas.
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Apr 2, 2019
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kratos
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jee
thermodynamics
heat capacity
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What amount of heat is to be transferred to nitrogen in the isobaric heating process for that gas to perform the work A = 2.0 J ?
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Apr 1, 2019
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kratos
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jee
thermodynamics
heat capacity
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P-V plots for two gases during adiabatic processes are shown in the figure. Plots 1 and 2 should correspond respectively to
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Mar 27, 2019
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JEE
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kratos
irodov
waves
class-11
jee
thermodynamics
heat capacity
jee mains
heat
kinetic theory of gases
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In a process, temperature and volume of one mole of an ideal monoatomic gas are varied according to the relation
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Mar 26, 2019
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JEE
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kratos
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jee
chemical thermodynamics
thermodynamics
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class-12
heat
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Two identical thermally insulated vessels interconnected by a tube with a valve contain one mole of the same
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Mar 14, 2019
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JEE
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kratos
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jee
thermodynamics
heat capacity
jee mains
boltzmanns law
kinetic theory of gases
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A piston can freely move inside a horizontal cylinder closed from both ends. Initially, the piston separates the inside space
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Mar 13, 2019
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JEE
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kratos
irodov
jee
gas laws
thermodynamics
heat capacity
jee mains
heat
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1
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The P-V equation for a process of an ideal gas is given by
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Mar 13, 2019
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JEE
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kratos
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jee main 2021
class-11
jee
thermodynamics
heat capacity
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Find final temperature of the gas if it is T0 initially –
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Mar 12, 2019
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Class 12
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kratos
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neet
dynamics
class-11
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aiims
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heat
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A van der Waal'* gas obeys the equation of state (p+n^2a/V^2)(V-nb)= nRT .
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Mar 12, 2019
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Class 12
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class-11
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nsec
kvpy
thermodynamics
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states of matter
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Demonstrate that the process in which the work performed by an ideal gas is proportional to the corresponding
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Mar 10, 2019
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JEE
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kratos
irodov
jee
thermodynamics
heat capacity
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The molar heat capacity of a gas at constant volume is CV. If n ***** of the gas undergo ΔT change in temperature,
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Mar 8, 2019
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JEE
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kratos
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class-11
jee
thermodynamics
heat capacity
jee mains 2019
jee mains
heat
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P–V plots for two gases during adiabatic processes are shown in the Fig. 5.6. Plots 1 and 2 should correspond respectively to
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Mar 6, 2019
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JEE
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kratos
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waves
class-11
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thermodynamics
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heat and thermodynamics
heat
kinetic theory of gases
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Two ***** of a certain ideal gas at a temperature To = 300 K were cooled isochorically so that the gas pressure reduced n = 2.0 times.
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Mar 2, 2019
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JEE
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kratos
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jee
thermodynamics
heat capacity
entropy
jee mains
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One mole of an ideal gas whose adiabatic exponent equals γ undergoes a process in which the gas pressure
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Feb 28, 2019
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JEE
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kratos
irodov
jee
thermodynamics
heat capacity
jee mains
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1
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An ideal gas initially has pressure po, volume Vo, and absolute temperature To. It then undergoes the following series of processes:
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Feb 27, 2019
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Class 12
by
kratos
irodov
neet
class-11
jee
thermodynamics
heat capacity
jee mains
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1
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What is the network done by an ideal gas in an Isochoric process?
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Feb 23, 2019
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JEE
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kratos
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thermodynamics
entropy
heat capacity
jee mains
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An ideal gas with adiabatic exponent (γ = 1.5) undergoes a process in which work done by the gas is same as increase in internal energy of the gas.
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Feb 12, 2019
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JEE
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kratos
irodov
jee
thermodynamics
heat capacity
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boltzmanns law
kinetic theory of gases
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The K.E. of one mole of an ideal gas is E = (3/2) RT. Then Cp will be
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Feb 11, 2019
in
JEE
by
kratos
irodov
class-11
jee
thermodynamics
heat capacity
jee mains
gaseous state
kinetic theory of gases
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