Question Give answer all questions with explanation Consider the following mechanism:H2 (Para) -41> 2H° (initiation)H° + H2 (Para) -", H2 (ortho) + H* (propagation)H° + H° -ki> H2 (termination)Determine the rate of propagation, chain length and Eact for the reaction.

GRVUPN The Asker · Chemistry
Give answer all questions with explanation
Transcribed Image Text: Consider the following mechanism:H2 (Para) -41> 2H° (initiation)H° + H2 (Para) -", H2 (ortho) + H* (propagation)H° + H° -ki> H2 (termination)Determine the rate of propagation, chain length and Eact for the reaction.
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Transcribed Image Text: Consider the following mechanism:H2 (Para) -41> 2H° (initiation)H° + H2 (Para) -", H2 (ortho) + H* (propagation)H° + H° -ki> H2 (termination)Determine the rate of propagation, chain length and Eact for the reaction.
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A0QNC6

Step 1{:[H_(2)" (para) "longrightarrow^(K_(1))2H^(@)" (initiation) "],[H^(@)+H_(2)(" pana) "(longrightarrow^(K_(p)))H_(2)" (ortho) "+H^(**):}" (propagation) "],[H^(@)+H^(@)longrightarrow^(K_(i))H_(2)" (termination) "]:}we have to detenmine the rate of propagation ehain length and Eacr fun the reaction.Step 2nowThe reactionInitiation: H_(2) (pana) longrightarrow^(k)2H^(@) (initiation) propagation: H^(0)+H_(2)( para a)longrightarrow^(K_(p))H_(2) (ortho )+H^(**)( bro ) termination: H^(0)+H^(0)longrightarrow^(Ki_(i))H_(2)The rate of furmation of o ... See the full answer