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A gas behaves as an ideal gas at...

A gas behaves as an ideal gas at

A

High pressure and high temperature

B

Low pressure and low temperature

C

High pressure a low temperature

D

Low pressure and high temperature

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Statement- 1 : A real gas behaves as an ideal gas at high temperature and low pressure . Statement- 2 : Liquid state of an ideal gas is impossible.

The molecules of a gas are in constant (i) _______ motion . They move in (ii) ________ lines until they collide with another molecule . The collisions are perfectly (iii) _________ in nature . A real gas behaves as an ideal gas at (iv) _________ temperature and (v) _________ pressure .

X and Y are two equal size containers. X contains a gas A at a temperature 75^@ C and Y contains a gas B at a temperature 40^@ C. Each gas behaves as an ideal gas and specific heat at constant pressure for both gases has the same value. It can be concluded that the

X and Y are two equal size containers. X contains a gas A at a temperature 75^@ C and Y contains a gas B at a temperature 40^@ C. Each gas behaves as an ideal gas and specific heat at constant pressure for both gases has the same value. It can be concluded that the

Every gas (real gas) behaves as an ideal gas

AAKASH INSTITUTE-TEST 6-EXAMPLE
  1. 1 kg of hydrogen at 37◦C is mixed with 32 g of oxygen at 27◦C. The tem...

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  2. The temperature at which r.m.s. velocity of hydrogen molecules is equa...

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  3. A gas behaves as an ideal gas at

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  4. Assume x= 2 cos theta (πt+ π/3) cm represents the position of a parti...

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  5. Simple harmonic motion is

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  6. Assume x1 = A Sin(omega t) and x2 = A Cos (omega t + π/6). The phase d...

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  7. If amplitude of velocity is V0 then the velocity of simple harmonic os...

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  8. If the frequency of the acceleration of a simple harmonic oscillator i...

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  9. The average value of kinetic energy in an SHM is (Symbols have usual m...

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  10. The magnitude of acceleration of a simple harmonic oscillator when its...

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  11. A particle starts from mean position and performs simple harmonic moti...

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  12. A mass is suspended at the end of a spring and performs SHM with a tim...

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  13. The potential energy of body of mass 2 kg moving along the x-axis is g...

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  14. A simple pendulum has a time period 2 s on the earth surface. If pendu...

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  15. A body is performing SHM At a displacement X1, its potential energy is...

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  16. The position of S.H.M. is given by x=2[√3sin πt +cos πt]. The amplitud...

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  17. Two stretched wires A and B of same material vibrate independently. If...

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  18. A travelling wave in a stretched string is described by the equation y...

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  19. In a stationary wave

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  20. Two sound sources emitting sound each of wavelength lambda are fixed a...

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