Question

For this equilibrium reaction, which of the following describes how the given stress affects the equilibrium point?

N2 (g) + O2 (g) ↔ 2NO (g)
Answer

Increase in pressure results in shifting of equilibrium to the right.

Removal of NO results in shifting of equilibrium to the left.

Increase in pressure results in shifting of equilibrium to the left.

Removal of N2 results in shifting of equilibrium to the left.

Answer 1

What doo you think should be the correct answer ?

Answer 2

would it be the removal of N2 results in shifting of equilibrium to the left?

Answer 3

Is more than one option correct ?

Answer 4

multiple choice but only one answer

Answer 5

why dont you tell me what YOU think since im the one asking for help lol

Answer 6

ok i am confused between c and D...let's see what @abb0t says

Answer 7

will he respond if he has not fanned me?

Answer 8

yes i think he will respond.....

Answer 9

looks like he is offline !

Answer 10

he went offline... but you are between c and d? so you know it isnt a or be, correct?

Answer 11

yes

Answer 12

im nearly certain its d

Answer 13

hmmm..then go for it :)

Answer 14

@aryandecoolest

Answer 15

i am confused between c and d.. :O

Answer 16

BINGO ! XD

Answer 17

Now i am sure both are correct !

Answer 18

its d, thanks for at least narrowing it down haha

Answer 19

are u sure its only d ?

Answer 20

positive

Answer 21

hahaha!! please explain how it's only d :)

Answer 22

yeah...me too eagerly waiting !

Answer 23

increasing the pressure would not shift the equilibrium but the removal of the N2 would. best way i can explain it lol. i do no the pressure increse would not affect the equilibrium

Answer 24

Check this
http://www.chemguide.co.uk/physical/equilibria/lechatelier.html

Answer 25

`Increasing the pressure on a gas reaction shifts the position of equilibrium towards the side with fewer molecules.`

Answer 26

well ill be damned, but they were talking about increasing the pressure on the right side. witch would shift to the right side, not the left

Answer 27

further into the problem witch i did not post was saying increase the right side of pressure

Answer 28

There is no way we can increase the pressure of a particular side. Pressure is always increased or decreased for the whole reaction

Answer 29

anyways i am still confused !
any one one among A and C has to be correct

Answer 30

if you decrease the pressure the the equilibrium moves to the left and if increased it moves to the right

Answer 31

and i think C is more apt......and D is also correct so both C and D is correct. That's my final conclusion.

Answer 32

no see is wrong only because increasing the pressure would cause the equilibrium to shift to the right, not left.

Answer 33

C

Answer 34

In that case A should be correct...again two answers !

Answer 35

oh well, i put d on my online quiz and was correct lol. thanks for the help!

Answer 36

\(\rlap{\color{blue}{\huge\bigstar}\huge \color{blue}{ \text{You're Most Welcome! }}\color{blue}\bigstar}{\; \color{aqua}{\huge\bigstar}\huge \color{aqua}{\text{You're Most Welcome! }}\color{aqua}\bigstar}\)
\(~~~~~~~~~~~~~~~~~~~~~~~~~~~\color{green}{\huge\ddot\smile}\color{blue}{\huge\ddot\smile}\color{pink}{\huge\ddot\smile}\color{red}{\huge\ddot\smile}\color{yellow}{\huge\ddot\smile}\)

Answer 37

woah haha, thanks

Answer 38

@abhisar how you make that :D teach me too dude :P

Answer 39

@aryandecoolest oh well that's \(LaTeX\)....go to this link for Basic tutorial
http://openstudy.com/study#/updates/52e12f56e4b0942cc9de719e

Answer 40

thanx!!! )

Answer 41

lol again......!!!

Answer 42

What do you want to do ?

Answer 43

write HELLO....what going wrong actually??

Answer 44

```
\(\huge \cal \color{Blue}{Hello}\)
```
\(\huge \cal \color{Blue}{Hello}\)

Answer 45

AHAA!!! what you did... are brackets going wrng for me? :P

Answer 46

\(\huge \cal \color{GREEN}{THANKS}\)

Answer 47

\(\rlap{\color{blue}{\huge\bigstar}\huge \color{blue}{ \text{You're Most Welcome! }}\color{blue}\bigstar}{\; \color{aqua}{\huge\bigstar}\huge \color{aqua}{\text{You're Most Welcome! }}\color{aqua}\bigstar}\)
\(~~~~~~~~~~~~~~~~~~~~~~~~~~~\color{green}{\huge\ddot\smile}\color{blue}{\huge\ddot\smile}\color{pink}{\huge\ddot\smile}\color{red}{\huge\ddot\smile}\color{yellow}{\huge\ddot\smile}\)

Answer 48

\(\huge \cal \color{red}{pleasure}\color{blue}{\ is}\color{green}{\ all}\color{orange}{\ mine}\)

Answer 49

are yall done now

Answer 50

If you ever have troubles, you can write an equilbirum expression, plug in some numbers and see how it will effect it.

Answer 51

What is the binding energy for a C-12 nucleus with a mass defect of 0.0993 amu? [(1 amu= 1.66 × 10-27 ,1 J = 1 kg times m squared over s squared ) and the speed of light = 3.00 × 108 m over s ]
Answer

1.48 × 10-11 J

1.24 × 10-12 J

4.12 × 10-21 J

8.94 × 1015 J
@Abhisar