The rate of decomposition of acetaldehyde into methane and CO in the presence of `I_(2)` at 800 K follows the rate law:
Rate `=k[CH_(3)CHO][I_(2)]`
The decomposition is believed to go by a two step mechanism:
`CH_(3)CHO + I_(2) to CH_(3)I + HI + CO`
`CH_(3)I + HI to CH_(4) + I_(2)`
What is the catalyst for the reaction ? Which of the two steps is a slower one ?

Complete the following equations. (i) CH_(3)CONH_(2) + HNO_(2) to (ii) CH_(3)CHO + C_(6)H_(5)NHNH_(2) to

Arrange the following in the increasing order of recativity with NH_(3) (I) CH_(2) O (II) CH_(3) CHO (III) CH_(3) - CO - Ch_(3) (IV) (I) CH_(2

The gas phase decomposition of acetaldehyde, CH_3CHO(g) rarr CH_4(g)+CO(g) at 680K is observed to followed the rate expression: Rate -d[CH_3CHO]/dt=k[CH_3CHO] ^(3/2) IF the rate of decomposition is followed by monitoring the pantial pressure of actetaldehyde, we can express the rate as. dP_(CH_3CHO//dt)=k[P_(CH_3CHO]^ (3/2) If the pressure is measured in atomospheres and the time in minutes than What are the units of the rate of reaction?

Give the IUPAC name of the following compounds: (i) CH_(3)COCH(CH_(3))_(2) , (ii) CH_(3)CH(OH)CH_(2)CHO ,

The gas phase decomposition of acetaldehyde, CH_3CHO(g) rarr CH_4(g)+CO(g) at 680K is observed to followed the rate expression: Rate -d[CH_3CHO]//dt=k[CH_3CHO]^(3/2) IF the rate of decomposition is followed by monitoring the pantial pressure of actetaldehyde, we can express the rate as. -dP_(CH_3CHO//dt)=k[P_(CH_3CHO]^(3/2) If the pressure is measured in atomospheres and the time in minutes than What are the units of the rate constantK?

Which of the following compounds can form carbanion easily ? I. CH_(3)CH_(2) II. CH_(3)CHO III. CH_(3)CH_(2)Cl IV. The correct choice is :

Which of the following compounds can form carbanion easily ? I. CH_(3)CH_(2) II. CH_(3)CHO III. CH_(3)CH_(2)Cl IV. The correct choice is :

CH_4+I_2 harr CH_3I + HI Which reagent can stop backward reaction?