Question

4 10. Nitrogen and oxygen do not react appreciably at room temperature, as illustrated by our atmosphere. But at high temperatures, the reaction below can proceed to a measurable extent. N2(9) + O2(9) 2 NO(9) At 3000 K, the reaction above has ke=0.0153. If 0.3502 mol of pure NO is injected into an evacuated 2.0-L container and heated to 3000K, what will be the equilibrium concentration of NO? Submit Answer Tries 0/99

Answer 1

+ e 2006) (no ninal moles no volume -0-3502 mol 2.0L 0-1751m. Nton 2 No 0-1751 - 2x 0-1751m - 2x C tx tx k z [no)? له له (N₂) [02) (a-b)2 0.01532 (0-1751-2x)? L t60-17511-2(0-10) => 0-0153 x2 z 4x2 - 0-poux + 0.03066 x2 > 3.9847x?- 07004x +0-03066. ZO using quadranc equation solver 2 ger x2 0-08245 m. and o-09332 1x2 0-08245m 200-09332) 0.18664 0 1751, so this value is not correct) 2x 2 2xCo-CP245) a 0-1649 C 0.125) 2 0-1751 - 2x 0 1751 – 0-1649 0-0102m 2