Using the data, which of the following is the rate constant for the rearrangement of methyl isonitrile at 320 ∘C? (HINT: the act
ivation energy for this reaction is 160 kJ/mol) T(K) 1/T(K−1) ln k 462.9 2.160×10−3 -10.589 472.1 2.118×10−3 -9.855 503.5 1.986×10−3 -7.370 524.4 1.907×10−3 -5.757 Using the data, which of the following is the rate constant for the rearrangement of methyl isonitrile at 320 ? (HINT: the activation energy for this reaction is 160 ) ln 462.9 -10.589 472.1 -9.855 503.5 -7.370 524.4 -5.757 8.1×10−15 s−1 2.2×10−13 s−1 2.7×10−9 s−1 2.0×10−1 s−1 9.2×103 s−1
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Answer:
C. More NO2 and SO2 will form
Explanation:
Le Chatelier's Principle : It predicts the behavior of equilibrium due to change in pressure , temperature , volume , concentration etc
It states that When external changes are introduced in the equilibrium then it will shift the equilibrium in a direction to reduce the change.
In given Reaction SO3 is introduced(increased) .
So equilibrium will shift in the direction where SO3 should be consumed(decreased)
Hence the equilibrium will go in backward direction , i.e
So more and more Of NO2 and SO2 will form