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Physics

Heat

Easy

Question

The coefficient of cubical expansion of liquid and glass are in the ratio of 8:1. The volume of the liquid to be taken into 800cc container so that the unoccupied portion remains constant is

10cc
100cc
80cc
8cc

The correct answer is: 80cc

$gamma subscript i over gamma subscript g equals 8 over 1 semicolon space of 1em V subscript i gamma subscript l equals V subscript g gamma subscript g$

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Coefficient of real expansion of mercury is $0.18 cross times 10 to the power of negative 3 end exponent divided by 6$ . If the density of mercury at $0 to the power of o C$ is 13.6 g/cc its density at 473K will be

Coefficient of real expansion of mercury is $0.18 cross times 10 to the power of negative 3 end exponent divided by 6$ . If the density of mercury at $0 to the power of o C$ is 13.6 g/cc its density at 473K will be

$text When a liquid in a glass vessel is heated, its apparent expansion is end text 10.30 cross times 10 to the power of negative 4 end exponent divided by to the power of ring operator straight C text . Same liquid end text text when heated in a metallic vessel, its apparent expansion is end text 10.06 cross times 10 to the power of negative 4 end exponent divided by to the power of ring operator straight C text . The coefficient of end text text linear expansion of metal is end text open parentheses alpha subscript text glass end text end subscript equals 9 cross times 10 to the power of negative 5 divided by 0 end exponent straight C close parentheses$

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$text The coefficient of real expansion end text gamma subscript R text of a liquid is end text 5 text times the coefficient of linear expansion of end text t h e space m a t e r i a l space o f space t h e space c o n t a i n e r space i n space w h i c h space t h e space l i q u i d space i s space p r e s e n t. space T h e space r a t i o space o f space t h e space c o e f f i c i e n t space o f space$ apparent expansion and real expansion of the liquid is

$text The coefficient of real expansion of a liquid is end text 7 cross times 10 to the power of negative 40 end exponent straight C text . The co-efficient of linear expansion end text text of the vessel is end text 1 cross times 10 to the power of negative 5 end exponent divided by to the power of 0 straight C text . The coefficient of apparent expansion of the liquid is end text$

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The apparent coefficient of expansion of liquid, when heated in a copper vessel is C and when heated in a silver vessel is S. If A is the linear coefficient of expansion of Copper, linear expansion coefficient of silver is

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$gamma subscript A text of liquid is end text 7 divided by 8 text of end text gamma subscript R text of liquid. end text alpha subscript s text of vessel is end text$

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