Suppose a 3.00 L nickel reaction container filled with 0.0072 M H2 is connected to a...

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Chemistry

Suppose a 3.00 L nickel reaction container filled with0.0072 M H2 is connected to a 3.00 L container filled with 0.247 MF2. Calculate the molar concentration of H2 atequilibrium.

-Hint, find the equilibrium concentration of HF and F2 (as inthe above problem), then use the equilibrium expression to find thehydrogen concentration.

-When you do the limiting reactant calculation you essentiallyuse up all the limiting reactant. So, hydrogen concentration isapproximately zero. But, it can't be identically equal to zero orthe Keq expression can not be correct. You will find how small itreally is.

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4.1 Ratings (574 Votes)
Consider the formation of hydrogen fluoride H2g F2g 2HFg the total container volume is 60 L You have initially 00072 M 30 L 00216 mol H2 00216 mol 60 L 00036 M H2 0247 M 30 L 0741 mol F2    See Answer
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