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Eamcet Physics
Lessons
1st Year : Unit 1.1 (Physical world & measurements ) - Physical World
1st Year : Unit 1.2 (Physical World & Measurements ) - Units & Dimensions
1 st Year : Unit 1.3 ( Physical World & Measurements) - Measurements & Errors
1 st Year : Unit 2.1( Kinematics ) - Horizontal Motion
1 st Year : Unit 2.2( Kinematics ) - Motion Under Gravity
1 st Year : Unit 2.3 (Kinematics ) - Graphs
1 st year : Unit 2.4 (Kinematics) - Product of Vectors
1 st year : Unit 2.5 (Kinematics) - Vector Addition
1 st Year : Unit 2.6( Kinematics ) - Relative Velocity
1 st Year : Unit 2.7 ( Kinematics ) - Oblique Projection
1 st Year : Unit 2.8 ( Kinematics ) - Horizontal Projection
1 st Year : Unit 3.1( Laws of Motion ) - Laws of Motion
1 st Year : Unit 3.2( Laws of Motion ) - Connected Bodies
1 st Year : Unit 3.3( Laws of Motion ) - Horizontal Plane
1 st Year : Unit 3.4( Laws of Motion ) - Inclined Plane
1 st Year : Unit 3.5( Laws of Motion ) - Block on Block
1 st Year : Unit 3.6( Laws of Motion ) - Horizontal Circular Motion
1 st Year : Unit 4.1( Work-Power And Energy ) - Work-Power And Energy
1 st Year : Unit 4.2 ( Work-Power And Energy) - Vertical Circular Motion
1 st Year : Unit 4.3 ( Work-Power And Energy) - Collisions
1 st Year : Unit 5.1( Motion of System of Particles And Rigid Body ) -Centre of Mass
1 st Year : Unit 6.1 ( Gravitation ) - Basic Forces And Kepler's Laws
1 st Year : Unit 6.2 ( Gravitation ) - Gravitation-Variation
1 st Year : Unit 6.3( Gravitation ) - Orbital And Escape Velocities
1 st Year : Unit 7.1 ( Properties of Bulk Matter ) - Elasticity
1 st Year : Unit 7.2 ( Properties of Bulk Matter ) - Fluid Mechanics
1 st Year : Unit 7.3 ( Properties of Bulk Matter ) - Viscosity
1 st Year : Unit 7.4 ( Properties of Bulk Matter ) - Surface Tension - Surface Energy
1 st Year : Unit 7.5 ( Properties of Bulk Matter ) - Capillarity – Excess Pressure
1 st Year : Unit 7.6 ( Properties of Bulk Matter ) - Thermometry
1 st Year : Unit 7.7 ( Properties of Bulk Matter ) - Expansion of Solids
1 st Year : Unit 7.8 ( Properties of Bulk Matter ) - Expansion of Liquids
1 st Year : Unit 7.9 ( Properties of Bulk Matter ) - Expansion of Gases
1 st Year : Unit 7.10 ( Properties of Bulk Matter ) - Transfer of Heat
1 st Year : Unit 8.1 ( Thermodynamics ) - Calorimetry And Joules Law
1 st Year : Unit 8.2 ( Thermodynamics ) - Thermodynamic Processes-Laws
1 st Year : Unit 8.3 ( Thermodynamics ) - Thermodynamics Heat Engines
1 st Year : Unit 9.1 ( Kinetic Theory of Gasses ) - Kinetic Theory of Gasses
1 st Year : Unit 10.1 ( Oscillations And Waves ) - Simple Harmonic Motion-Equations
1 st Year : Unit 10.2 ( Oscillations And Waves ) - SHM - Simple Pendulum
1 st Year : Unit 10.3 ( Oscillations And Waves ) - SHM - Springs
1 st Year : Unit 10.4 ( Oscillations And Waves ) - Wave Motions
2 nd Year : Unit 1.1 ( Electrostatics ) - Electrostatics
2 nd Year : Unit 2.1 ( Current Electricity ) - Current Electricity
2 nd Year : Unit 3.1 ( Magnetic Effects of Current And Magnetism ) - Magnetism
2 nd Year : Unit 3.2 ( Magnetic Effects of Current And Magnetism ) - Electro Magnetism
2 nd Year : Unit 4.1 ( Alternating Current ) - Alternating Currents
2 nd Year : Unit 4.2 ( Alternating Current ) - Electromagnetic Induction
2 nd Year : Unit 5.1 ( Electromagnetic Waves ) - Electro Magnetic Waves
2 nd Year : Unit 6.1 ( Optics ) - Optics
2 nd Year : Unit 7.1 ( Dual Nature of Matter And Radiation ) - Dual Nature of Matter And Radiation
2 nd Year : Unit 8.1 ( Atoms And Nuclei ) - Atoms And Nuclei
2 nd Year : Unit 9.1 ( Electronic Devices ) - Electronic Devices
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Eamcet Physics
1 st Year : Unit 8.2 ( Thermodynamics ) - Thermodynamic Processes-Laws
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Q.
Following figure shows on adiabatic cylindrical container of volume V
0
divided by an adiabatic smooth piston (area of cross-section = A) in two equal parts. An ideal gas (C
p
/ C
v
)= γ is at pressure P
1
and temperature T
1
in left part and gas at pressure P
2
and temperature T
2
in right part. The piston is slowly displaced and released at a position where it can stay in equilibrium. The final pressure of the two parts will be (Suppose x = displacement of the piston)
A.
P
2
B.
P
1
C.
D.
E.
None of the above
View Answer
Correct choice: C
Explanation:
None
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