A metal ball immersed in water weighs `w_(1)` at `0^(@)C` and `w_(2)` at `50^(@)C`. The coefficient of cubical expansion of metal is less than that of water. Then

A metal ball immersed in water weighs w_(1) at 5^(@)C and w_(2) at 50^(@)C . The coefficient of cubical expansion of metal is less than that of water. Then

A metal ball immersed in water weighs w_(1) at 5^(@)C and w_(2) at 50^(@)C . The coefficient of cubical expansion of metal is less than that of water. Then

A metal sphere immersed in water weighs w_(1) at 0^(@) C and w_(2) at 50^(@) C . The coefficient of cubical expansion of the metal is less than that of water . Then

A metal ball immersed in alcohol weighs w_(1) " at" 0^(@)C " and" w_(2) " at " 59^(@)C . The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of the metal is large compared to that of alcohol, it can be shown that

A metal ball immersed in alcohol weighs w_(1) " and" 0^(@)C " and" w_(2) " at " 59^(@)C . The coefficient of cubical expansion of the metal is less than that of alcohol. Assuming that the density of the metal is large compared to that of alcohol, it can be shown that

A metal ball immersed in alcohol weighs W_1 at 0^@C and W_2 at 59^@C . 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 metal ball immersed in alcohol weights W_1 at 0^@C and W_2 at 50^@C. The coefficient of expansion of cubical the metal is less than that of the alcohol. Assuming that the density of the metal is large compared to that of alcohol, it can be shown that

A metal ball immersed in alcohol weights W_1 at 0^@C and W_2 at 50^@C . The coefficient of expansion of cubical the metal is less than that of the alcohol. Assuming that the density of the metal is large compared to that of alcohol, it can be shown that