A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown that
A. W1 > W2
B. W1 = W2
C. W1
D. W2 = (W1 / 2)

Question

A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown that

A. W1 > W2

B. W1 = W2

C. W1

D. W2 = (W1 / 2)

Arun · Answer

Dear student Given cubical expansion of metal is less than that of alcohol so Alchohol expands more than metal. So comparitively density of Alchohol is less than metal. So upward force becomes lesser when temperature is increased and W2 > W1

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A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown that A. W1 > W2 B. W1 = W2 C. W1 D. W2 = (W1 / 2)

A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown that
A. W1 > W2
B. W1 = W2
C. W1
D. W2 = (W1 / 2)

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A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown that A. W1 > W2 B. W1 = W2 C. W1 D. W2 = (W1 / 2)

A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown thatA. W1 > W2B. W1 = W2C. W1 D. W2 = (W1 / 2)

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A metal ball immersed in alcohol weighs W1 at 0ºC and W2 at 59ºC. The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of metal is large compared to that of alcohol, it can be shown that
A. W1 > W2
B. W1 = W2
C. W1
D. W2 = (W1 / 2)