Question

In a system,
A(s) <===> 2B(g)+3C(g)
If the concentration of C at equilibrium is increased by a factor of 2,it will cause the equilibrium concentration of B to change to :
(a)two times the original value
(b)one half of its original value
(c) 2√2 times the original value
(d)1/2√2 times the original value

Answer 1

@shubhamsrg @Yahoo!

Answer 2

write the value of eqbm const. K here..

Answer 3

\[\LARGE [C]^{3}[B]^2\]

Answer 4

thats just the numerator..

Answer 5

ohh wait,,its solid..
yep correct..

Answer 6

dude thats a solid :P

Answer 7

yeah so o.O

Answer 8

since temp doesnt change, K will also not change.

Answer 9

O.o

Answer 10

o.O

Answer 11

yes

Answer 12

K= C^3 . B^2 = (2C)^3 . (B')^2

solve for B'

Answer 13

\[\LARGE 8C^{3}B^{2}=K\]

Answer 14

\[\LARGE 8C^{3} B'^{2}=C^{3}B^{2}\]

Answer 15

?? any problems ??

Answer 16

1/root 8

Answer 17

whats that ?

Answer 18

B/root 8

Answer 19

\[\LARGE B'=\frac{B}{\sqrt{8}}\]

Answer 20

yep..correct..

Answer 21

so why is it 1/root 8?

Answer 22

o.O
you just calculated that right,,why shouldnt it be 1/sqrt8 ?

Answer 23

oh got it :P
can i ask something stupid?

Answer 24

hmmm.. ?

Answer 25

got it x2 :P

Answer 26

thanks..this was a nice problem O.o
uve done this type?

Answer 27

guess so.. :|

Answer 28

good good o.o kitna syllabus hogaya?

Answer 29

hmm,,mere padhai ka hisab kitab bahut kharab hai bhai,,fb pe hi chat karein please.! :P

Answer 30

lol :D