JEE Advanced 2013 Paper 2 Offline | Heat and Thermodynamics Question 53 | Physics

JEE Advanced 2013 Paper 2 Offline

MCQ (More than One Correct Answer)

-2

The figure below shows the variation of specific heat capacity (C) of a solid as a function of temperature (T). The temperature is increased continuously from 0 to 500 K at a constant rate. Ignoring any volume change, the following statement(s) is(are) correct to a reasonable approximation.

JEE Advanced 2013 Paper 2 Offline Physics - Heat and Thermodynamics Question 38 English

The rate at which heat is absorbed in the range 0-100 K varies linearly with temperature T.

Heat absorbed in increasing the temperature from 0-100 K is less than the heat required for increasing the temperature from 400-500 K.

There is no change in the rate of heat absorption in the range 400-500 K.

The rate of heat absorption increases in the range 200-300 K.

IIT-JEE 2010 Paper 1 Offline

MCQ (More than One Correct Answer)

-2

One mole of an ideal gas in initial state A undergoes a cyclic process ABCA, as shown in the figure. Its pressure at A is P₀. Choose the correct option(s) from the following:

IIT-JEE 2010 Paper 1 Offline Physics - Heat and Thermodynamics Question 34 English

Internal energies at A and B are the same.

Work done by the gas in process AB is P₀V₀ ln4.

Pressure at C is P₀/4.

Temperature at C is T₀/4.

IIT-JEE 2009 Paper 2 Offline

MCQ (More than One Correct Answer)

-2

The figure shows the PV plot of an ideal gas taken through a cycle ABCDA. The part ABC is a semicircle and CDA is half of an ellipse. Then,

IIT-JEE 2009 Paper 2 Offline Physics - Heat and Thermodynamics Question 30 English

the process during the path A $$\to$$ B is isothermal.

heat flows out of the gas during the path B $$\to$$ C $$\to$$ D.

work done during the path A $$\to$$ B $$\to$$ C is zero.

positive work is done by the gas in the cycle ABCDA.

IIT-JEE 2009 Paper 1 Offline

MCQ (More than One Correct Answer)

-2

$$C_V$$ and $$C_P$$ denote the molar specific heat capacities of a gas at constant volume and constant pressure, respectively. Then

$$C_P-C_V$$ is larger for a diatomic ideal gas than for a monoatomic ideal gas.

$$C_P+C_V$$ is larger for a diatomic ideal gas than for a monoatomic ideal gas.

$$C_P/C_V$$ is larger for a diatomic ideal gas than for a monoatomic ideal gas.

$$C_P~.C_V$$ is larger for a diatomic ideal gas than for a monoatomic ideal gas.

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