Lindemann proposed the following detailed mechanism for gas phase isomerization, the reaction isIn the above scheme, A∗ is a molecule that has enough vibrational energy to decompose or isomerise. The Lindemann mechanism is followed by most of gas phase decomposition or isomerization reaction.For the overall unimolecular isomerization of cyclopropane to propylene at , the values of versus concentration is as follows.|M|Kunit |1M|1137.5 |2M|1131.25in s−1If with the increase in temperature the overall rate increases, then the correct representation at a very high concentration of M is

Lindemann proposed the following detailed mechanism for gas phase isom

1.	Lindemann proposed the following detailed mechanism for gas phase isomerization, the reaction isIn the above scheme, A∗ is a molecule that has enough vibrational energy to decompose or isomerise. The Lindemann mechanism is followed by most of gas phase decomposition or isomerization reaction.For the overall unimolecular isomerization of cyclopropane to propylene at , the values of versus concentration is as follows.\|M\|Kunit \|1M\|1137.5 \|2M\|1131.25in s−1If with the increase in temperature the overall rate increases, then the correct representation at a very high concentration of M is
Answer» Lindemann proposed the following detailed mechanism for gas phase isomerization, the reaction is In the above scheme, $A^{*}$ is a molecule that has enough vibrational energy to decompose or isomerise. The Lindemann mechanism is followed by most of gas phase decomposition or isomerization reaction. For the overall unimolecular isomerization of cyclopropane to propylene at , the values of versus concentration is as follows. $\| M \| K_{u n i t} \| 1 M \| \frac{1}{137.5} \| 2 M \| \frac{1}{131.25} {in s}^{- 1}$ If with the increase in temperature the overall rate increases, then the correct representation at a very high concentration of M is