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KEAM 2024
List of top Questions asked in KEAM- 2024
The pressure of an ideal gas is proportional to the cube of its temperature (on absolute scale) in an adiabatic process. Then the value of the ratio $C_p/C_v$ is
KEAM - 2024
KEAM
Physics
Thermodynamics terms
When water is heated from $0^\circ$C to $8^\circ$C, its volume
KEAM - 2024
KEAM
Physics
Thermal Expansion
Two perfectly black bodies are at temperatures \( T \) and \( 2T \). The ratio between the wavelengths corresponding to maximum energy emission by the two black bodies is
KEAM - 2024
KEAM
Physics
radiation
When two different liquids of same mass but at two different temperatures \(27^\circ C\) and \(47^\circ C\) are mixed together, the resulting temperature of the mixture is \(35^\circ C\). The ratio of their specific heat capacities is
KEAM - 2024
KEAM
Physics
Thermodynamics
The energy stored in a soap bubble of diameter 4 cm is nearly (surface tension of soap solution is 0.07 N/m)
KEAM - 2024
KEAM
Physics
Surface Tension
Which of the following has the maximum Young’s modulus value?
KEAM - 2024
KEAM
Physics
mechanical properties of solids
The gravitational potential energy of a system of two bodies each of mass $m$ and distance $r$ between them is (G = gravitational constant, g = acceleration due to gravity)
KEAM - 2024
KEAM
Physics
Gravitational Potential Energy
The radius of gyration of a regular solid cylinder of radius $R$ about its axis is
KEAM - 2024
KEAM
Physics
Rotational motion
If $P$ is the pressure at which the heart is pumping the blood and the volume of blood pumped per second is $V$, then the power of the heart is given by
KEAM - 2024
KEAM
Physics
Work Power and Energy
When a spring of spring constant $k$ is cut into two pieces whose lengths are $l_1$ and $l_2$, then the ratio of their spring constants $k_1$ and $k_2$ is
KEAM - 2024
KEAM
Physics
Equilibrium Constant
In a ‘tug of war’ game, two persons pull each other through a massless rope. The person who wins is
KEAM - 2024
KEAM
Physics
Fluid Mechanics
A particle is describing a uniform circular motion with a certain constant speed. The INCORRECT statement is
KEAM - 2024
KEAM
Physics
Circular motion
Dimensions of the physical quantity $X$ in the equation \[ {Force} = \frac{X}{{Volume}} \] are
KEAM - 2024
KEAM
Physics
Dimensional Analysis
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