Anyone that can help real quick? Consider the following reaction: 2 H2S (g) Two arrows stacked on top of each other. The top arrow points to the right. The bottom arrow points to the left. 2H2 (g) + S 2 (g) Which answer represents the equilibrium constant for this reaction?
Equilibrium constant is \[K _{c}=\frac{ [D]^d[E]^e }{[A]^a[B]^b }\] where aA+bB >><< dD+eE
Which answer represents the equilibrium constant for this reaction? The concentration of H subscript two to the exponent 2 multiplied by the concentration of S2 in the numerator all over the concentration of H2S to the exponent 2 in the denominator. The concentration of H subscript two multiplied by the concentration of S2 in the numerator all over the concentration of H subscript two S in the denominator. Two times the concentration of H subscript two multiplied by the concentration of S subscript two in the numerator all over two times the concentration of H subscript two S in the denominator. The concentration of Hsubscript two S to the exponent 2 in the numerator all over the concentration of H subscript two multiplied by the concentration of S subscript two in the denominator.
@Shalante
A and B are reactants a and b are constants of the reactants D and E are products d and e are constant of the products. Try it!
I hate to be too blunt.. but i don't know how to do this very well.. ill give u the medal if you can explain while giving the answer.. please?
@Shalante
What is the reactant in this equation? and products?
really ... really don't know
reactant >>>>> products <<<<<
oh ok
would it be answer B?
Reactants are in bottom and products are in top
ohhhhhh its C?
right?
Not telling until you know how to do it.
Explain your reasoning or are you just guessing over them?
What is D and E?
Even though i got the wrong answer ill give u a medal cause I'm in a good mood.
Oh it was a test or assignment?
the answer was A
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