Question

in a 1 litre vessel at 1000k are introduced 0.1 mole each of NO and Br2 and 0.01 mole of NOBr
2NO(g)+Br2(g)=2NOBr(g)
Kc=1.32*10^-2
determine the direction of the net reaction and calculate the partial pressure of NOBr in the vessel at equilibrium?

Answer 1

@UnkleRhaukus @timo86m @ghazi

Answer 2

hlp me out

Answer 3

\[K _{p}=\frac{ P _{NoBr} }{ [P _{NO}]*[P _{Br2}] }\]

Answer 4

and use Kp and Kc relation before this

Answer 5

can u elaborate it

Answer 6

bt by this i will nt gt the answer.

Answer 7

hey plz hlp me out

Answer 8

plz hlp me out

Answer 9

@saifoo.khan

Answer 10

\[Kp=Kc*(RT)^{\Delta n}\]

Answer 11

now to find Kc you have been provided with everything

Answer 12

Kc is given

Answer 13

@DLS plz hlp me out

Answer 14

@DLS can u hlp me out

Answer 15

@lalaly

Answer 16

hlp me out.

Answer 17

i can not do these

Answer 18

i know

Answer 19

Find out the reaction quotient

Answer 20

can u ? do

Answer 21

i dunno much more

Answer 22

reaction quotient? i'm nt getting wati t mean

Answer 23

(NOBr)^2 / (NO)^2 * (Br2)

Answer 24

if its greater than kc, move backward, less than means forward

Answer 25

oh i knew after this

Answer 26

pressure i dunno how to do

Answer 27

can u eloborate it

Answer 28

i dont know the pressure part

Answer 29

hey plz hlp me out

Answer 30

@saifoo.khan

Answer 31

oh sorry i wouldn't know

Answer 32

@satellite73

Answer 33

@TuringTest can u hlp me out