CBbrandon9690 CBbrandon9690
  • 03-06-2018
  • Chemistry
contestada

Calculate the concentration of hi when the equilibrium constant is 1x10^5

Respuesta :

Dejanras
Dejanras Dejanras
  • 12-06-2018
Answer is: concentration of hydrogen iodide is 6 M.

Balanced chemical reaction: H₂(g) + I₂(g) ⇄ 2HI(g).
[H₂] = 0.04 M; equilibrium concentration of hydrogen.
[I₂] = 0.009 M; equilibrium concentration of iodine.
Keq = 1·10⁵.
Keq = [HI]² / [H₂]·[I₂].
[HI]² = [H₂]·[I₂]·Keq.
[HI]² = 0.04 M · 0.009 M · 1·10⁵.
[HI]² = 36 M².
[HI] = √36 M².
[HI] = 6 M.
Answer Link

Otras preguntas

Which relations are functions? Choose all answers that are correct. {(2,4), (-1, 7), (3,0), (5,4)} {(-4,0), (-4,8), (-1, 3), (2,9)} {(-6, 1), (0, 1), (2, 1), (3
Add. Simplify the answer and write as a mixed number if appropriate 4/5+ 3/10+ 1/2 =
definition of freezing​
Given 1+tan x/ 1+ cot x= 2 , find a numerical value of one trigonometric function of x
Add. Simplify the answer and write as a mixed number if appropriate 4/5+ 3/10+ 1/2 =
the img has the info
If r = 11 units and h = 8 units, then what is the volume of the cylinder shown above?
In what city did protestor try to break up the 1968 democratic national convention resulting in hundreds of arrests? A. Denver, Colorado B. Miami, Florida C. C
Identify the range of the function shown in the graph.
Out of 6700 students of a school only 90% passed. Find how many students passed?