AIIMS Last 24 Years Solved 1996 – 2019 Physics and Chemistry Video Solutions
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A tube closed at one end containing air produces fundamental note of frequency 512 Hz. lf the tube is open at both the ends, the fundamental frequency will be
12
Sep
A tube closed at one end containing air produces fundamental note of frequency 512 Hz. lf the tube is open at both the ends, the fundamental frequency will be A tube closed at one end containing air produces fundamental note of frequency 512 Hz. lf the tube is open at both the ends the fundamental [...]
The frequency of turning fork is 256 Hz. It will not resonate with fork of frequency
12
Sep
The frequency of turning fork is 256 Hz. It will not resonate with fork of frequency The frequency of turning fork is 256 Hz. It will not resonate with fork of frequency September 12, 2020 Category: AIIMS Last 24 Years Solved 1996 - 2019 Physics and Chemistry Video Solutions , Chapter 16 - Waves , [...]
Average distance of the Earth from the Sun is L1. If one year of the Earth is equal to D days, one year of another planet whose average distance from the Sun is L2 will be:
12
Sep
Average distance of the Earth from the Sun is L1. If one year of the Earth is equal to D days, one year of another planet whose average distance from the Sun is L2 will be: Average distance of the Earth from the Sun is L1. If one year of the Earth is equal to [...]
A satellite is revolving around the earth with a kinetic energy E. The minimum addition of kinetic energy needed to make it escape from its orbit is
12
Sep
A satellite is revolving around the earth with a kinetic energy E. The minimum addition of kinetic energy needed to make it escape from its orbit is A satellite is revolving around the earth with a kinetic energy E. The minimum addition of kinetic energy needed to make it escape from its orbit is September [...]
Gravitational potential of the body of mass m at a height h from surface of earth of radius R is (Take g= acceleration due to gravity at earth’s surface)
12
Sep
Gravitational potential of the body of mass m at a height h from surface of earth of radius R is (Take g= acceleration due to gravity at earth’s surface) Gravitational potential of the body of mass m at a height h from surface of earth of radius R is (Take g= acceleration due to gravity [...]
Find out the correct relation for the dependance of change in acceleration due to gravity on the angle at the latitude due to rotation of earth ?
12
Sep
Find out the correct relation for the dependance of change in acceleration due to gravity on the angle at the latitude due to rotation of earth ? Find out the correct relation for the dependance of change in acceleration due to gravity on the angle at the latitude due to rotation of earth ? September [...]
A particle is thrown vertically upwards with velocity 11.2kms^−1 from the surface of earth. Calculate its velocity at height 3R, where R is the radius of earth.
12
Sep
A particle is thrown vertically upwards with velocity 11.2kms^−1 from the surface of earth. Calculate its velocity at height 3R, where R is the radius of earth. A particle is thrown vertically upwards with velocity 11.2kms^−1 from the surface of earth. Calculate its velocity at height 3R where R is the radius of earth. September [...]
The condition for a uniform spherical mass M of radius r to be a black hole is (G= gravitational constant, g= acceleration due to gravity ).
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Sep
The condition for a uniform spherical mass M of radius r to be a black hole is (G= gravitational constant, g= acceleration due to gravity ). g= acceleration due to gravity ). The condition for a uniform spherical mass M of radius r to be a black hole is (G= gravitational constant September 12, 2020 [...]
A body weighed 250 N on the surface assuming the earth to be a sphere of uniform mass density. how much would it weigh half way down to the centre of the earth?
12
Sep
A body weighed 250 N on the surface assuming the earth to be a sphere of uniform mass density. how much would it weigh half way down to the centre of the earth? A body weighed 250 N on the surface assuming the earth to be a sphere of uniform mass density. how much would [...]
Assertion: Total energy is conserved in moving a satellite to higher orbit. Reason : sun of change in PE and KE is same in magnitude and opposite in nature
12
Sep
Assertion: Total energy is conserved in moving a satellite to higher orbit. Reason : sun of change in PE and KE is same in magnitude and opposite in nature Assertion: Total energy is conserved in moving a satellite to higher orbit. Reason : sun of change in PE and KE is same in magnitude and [...]