LIST -I LIST - II a Mass of liquid expelledon heating e m1-1- t b Corrected Barometric height f d1-d2-d2- t c Coefficient of realexpansion of liquid g - am1- t-1- a- t d Mass of liquid remaining on heating h h0-1- r- - t-

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Byju's Answer

Standard X

Physics

Expansion In Liquids and Gases

LIST -I LIST ...

Question

LIST -I LIST - II
a) Mass of liquid expelled
on heating
e) $\frac{m_{1}}{1 + γ Δ t}$
b) Corrected Barometric
height
f) $\frac{d_{1} - d_{2}}{d_{2} Δ t}$
c) Coefficient of real
expansion of liquid
g) $\frac{γ_{a} m_{1} Δ t}{1 + γ_{a} Δ t}$
d) Mass of liquid remaining on heating h) $h_{0} [1 - (γ_{r} - α) Δ t]$

a-g, b-h, c-f, d-e

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a-h, b-e, c-g, d-h

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a-e, b-f, c-g, d-h.

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a-f,b-g, c-h, d-e

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Solution

The correct option is A a-g, b-h, c-f, d-e
A) Mass of liquid expelled on heating is given by $\frac{Υ_{a} m_{1} △ t}{1 + Υ_{a} △ t}$

B) Corrected barometric height: $h_{0} [1 - {(Υ}_{r} - α) △ t]$

C) Coefficient of real expansion of liquid: $\frac{d_{1} - d_{2}}{d_{2} △ t}$

D) Mass of liquid remaining on heating: $\frac{m_{1}}{1 + γ △ t}$

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Q. If a:b = c:d, and e:f = g:h, then (ae+bf):(ae-bf)=?

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$\begin{matrix} L i s t I & L i s t I I (A) & V a r i a t i o n o f g w i t h h e i g h t (f o r a n y h e i g h t) & e & g^{'} = g (1 - \frac{2 h}{R}) (B) & V a r i a t i o n o f g w i t h h e i g h t (f o r s m a l l h e i g h t s h << R) & f & \frac{G M}{R^{2}} (C) & V a r i a t i o n o f g w i t h d e p t h & g & g^{'} = \frac{g R^{2}}{(R + h)^{2}} (D) & g o n t h e s u r f a c e o f t h e p l a n e t & h & g^{'} = g (1 - \frac{d}{R}) \end{matrix}$

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{

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then find

C

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- B

^{'}

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LIST -I	LIST - II
a) Mass of liquid expelled on heating	e) $\frac{m_{1}}{1 + γ Δ t}$
b) Corrected Barometric height	f) $\frac{d_{1} - d_{2}}{d_{2} Δ t}$
c) Coefficient of real expansion of liquid	g) $\frac{γ_{a} m_{1} Δ t}{1 + γ_{a} Δ t}$
d) Mass of liquid remaining on heating	h) $h_{0} [1 - (γ_{r} - α) Δ t]$

LIST -I LIST - II a) Mass of liquid expelledon heating e)m11+γΔt b) Corrected Barometric height f)d1−d2d2Δt c) Coefficient of realexpansion of liquid g) γam1Δt1+γaΔt d) Mass of liquid remaining on heating h)h0[1−(γr−α)Δt]

The correct option is A a-g, b-h, c-f, d-eA) Mass of liquid expelled on heating is given by Υam1△t1+Υa△tB) Corrected barometric height: h0[1−(Υr−α)△t]C) Coefficient of real expansion of liquid: d1−d2d2△tD) Mass of liquid remaining on heating: m11+γ△t