Match the column begin array -1- 1- - Whine-text b - text Reversible isothermal expansion of an -text Q - ideal gas - - Whline- melting point - - Whlineend array A- a-P - b-S - c-R - d-QB- a - P - b - Q - c - S - d - RC- a- R - b - S - c - Q - d - PD- a-Q - b-R - c-S - d-P

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Standard XII

Chemistry

First Law of Thermodynamics

Match the col...

Question

Match the column

$\begin{matrix} Column - I & Column - II (a) & Reversible cooling of an ideal gas at & (P) & w = 0; q < 0; Δ U < 0 constant volume (b) & Reversible isothermal expansion of an & (Q) & w < 0; q > 0; Δ U > 0 ideal gas (c) & Adiabatic expansion of non-ideal gas into & (R) & w = 0; q = 0; Δ U = 0 vacuum (d) & Reversible melting of sulphur at normal & (S) & w < 0; q > 0; Δ U = 0 melting point \end{matrix}$

a - P; b - S; c - R; d - Q

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a - P; b - Q; c - S; d - R

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a - R; b - S; c - Q; d - P

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a - Q; b - R; c - S; d - P

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Solution

The correct option is A a - P; b - S; c - R; d - Q
For detailed solution watch the next video

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Similar questions

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Q. Match the following by appropriately matching the lists based on the information given in

Column I

and

Column II

\begin{matrix} C o l u m n I & C o l u m n I I (T y p e o f △ A B C) a. cot \frac{A}{2} = \frac{b + c}{a} & p. always right angled b. a tan A + b tan B = (a + b) tan \frac{A + B}{2} & q. always isosceles c. a cos A = b cos B & r. may be right angled d. cos A = \frac{sin B}{2 sin C} & s. may be right angled isosceles \end{matrix}

Match gases under specified conditions listed in Column 1 with their properties/laws in Column II.

$\begin{matrix} C o l u m n I & C o l u m n I I A & H y d r o g e n g a s ⟮ p = 200 a t m, T = 273 K ⟯ & p & C o m p r e s s i o n f a c t o r = 1 B & H y d r o g e n g a s ⟮ p = 0 a t m, T = 273 K ⟯ & q & A t t r a c t i v e f o r c e s a r e d o m i n a n t C & C O_{2} ⟮ p = 1 a t m, T = 273 K ⟯ & r & p V = n R T D & R e a l g a s w i t h v e r y l a r g e m o l a r v o l u m e & s & p ⟮ V - n b ⟯ = n R T \end{matrix}$

Q. Match the following

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Q. Match the statements in Column I with suitable statements in Column II.

\begin{matrix} Column I & Column II a. & A gas in contact with an & p. & Electrode potential inert electrode b. & The potential difference in & q. & O_{2} at anode metal and volts between the two & the solution of metal ion electrodes c. & L i metal has the lowest & r. & H_{2} (g) / P t potential standard electrode potential d. & Electrolysis of aq. N a_{2} S O_{4} & s. & Strongest reducing agent using P t electrodes t. & - 3.06 Volt \end{matrix}

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The correct option is A a - P; b - S; c - R; d - QFor detailed solution watch the next video

The correct option is A a - P; b - S; c - R; d - Q
For detailed solution watch the next video