When `82gm` of a liquid at `10^(@)C` in a specific gravity bottle is heated to `85^(@)C` ; 2gm of liquid is expelled. Coefficient of apparent expansion of liquid us
a) `0.0033^(@)C`
b) `0.0027^(@)C`
c) `0.00303^(@)C`
d) `0.000333^(@)C`

Mercury is a liquid at 0^(@) C because of:

When water is heated from 0^(@)C to 10^(@)C , its volume

When water is heated from 0^(@)C to 10^(@)C , its volume

The coefficient of x^3 in the expansion of (1-x+x^2)^5 is (a). -83 (b). 0 (c) .^(30)C_(10) (d). none of these

When m gm of water at 10^(@)C is mixed with m gm of ice at 0^(@)C , which of the following statements are false?

Mercury is the only metal which is liquid at 0^@C this is due to its

When a liquid is heated in a glass vessel, its coefficient of apparent expension is 1.03xx10^(-3)//^(@)C. When the same liquid is heated in a copper vessel, its coefficient of apparent expansion is 1.006xx10^(-3)//^(@)C. If the coefficient of linear expension of copper is 17xx10^(-6)//^(@)C, then the coefficient of linear expansion of glass

Mercury is the only metal which is liquid at 0^(@)C .this is due to

The loss of weight of a solid when immersed in a liquid at 0^(@)C is W_(0) and at t^(@)C is 'W' . If cubical coefficient of expansion of the solid and the liquid are gamma_(s) and gamma_(1) then W =

The loss of weight of a solid when immersed in a liquid at 0^(@)C is W_(0) and at t^(@)C is 'W' . If cubical coefficient of expansion of the solid and the liquid are gamma_(s) and gamma_(1) then W =