After the detonation of an atom bomb, the spherical ball of gas was found to be of 15 meter radius at a temperature of 3×10° K . Given the adiabatic expansion coefficient y = 5/3, what will be the radius of the ball when its temperature reduces to 3×10° K ?
After the detonation of an atom bomb, the spherical ball of gas was found to be of 15 meter radius at a temperature of 3×10° K . Given the adiabatic expansion coefficient y = 5/3, what will be the radius of the ball when its temperature reduces to 3×10° K ?
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![After the detonation of an atom bomb, the spherical ball of gas was found to be of 15
meter radius at a temperature of 3×10°K . Given the adiabatic expansion coefficient
y = 5/3, what will be the radius of the ball when its temperature reduces to 3×10° K ?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7104b496-5cb6-44b6-b518-7c8af1a550e2%2F4524d565-8ac7-4370-8be9-d0d38e782225%2Fghb0gnt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:After the detonation of an atom bomb, the spherical ball of gas was found to be of 15
meter radius at a temperature of 3×10°K . Given the adiabatic expansion coefficient
y = 5/3, what will be the radius of the ball when its temperature reduces to 3×10° K ?
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