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Werner's Coordination Theory

47. For the r...

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47. For the reaction, P 3Q2R + SInitial moles of P is thrice to that of Q. If atequilibrium moles of Q and R are equal, then thepercent of Q reacted is(1) 10%(3) 40%(2) 20%(4) 60%

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Q. An arbitrary compound

P_{2} Q

decomposes according to reaction :

2 P_{2} Q (g) ⇌ 2 P_{2} (g) + Q_{2} (g)

If initially, decomposition reaction starts with 4 moles of

P_{2} Q

and value of equilibrium constant

K_{p}

is numercially equal to total pressure at equilibrium. Then which option is/are correct at equilibrium :

P

Q

are two elements which form

P_{2} Q_{3}

P Q_{2}

0.15

P_{2} Q_{3}

P Q_{2}

15.9

9.3

g respectively, then the atomic mass of

6 Q

Y

Q

Q. P and Q are two elements which form

P_{2} Q_{3}

P Q_{2}

0.15

P_{2} Q_{3}

15.9

0.15

P Q_{2}

9.3

g. The atomic mass of Q is

For the reaction :

P ⇌ Q + R

.Initially 2 moles P was taken. Up to equilibrium

0.5

moles of P was dissociated . What would be the degree of dissociation?

3 L i B H_{4} + 3 N H_{4} C l \to^{'} P^{'} + 3 L i C l + 9 H_{2}

One mole of 'P' reacts with 3 moles of HCl to form a compound Q. How many hydrogen atoms are attached to nitrogen atoms in one molecule of Q?

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