Consider the following graph, The above graph represents the change in energy for the reaction, A+B longrightarrow C+D. Here P is the

Question

Consider the following graph, <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/1bedd7294ed72b4252b4b21a11062d66-.png" /> The above graph represents the change in energy for the reaction, A+B longrightarrow C+D. Here P is the (A) energy change for the reaction, C+D longrightarrow A+B (B) encrgy change for the reaction, A+B longrightarrow C+D (C) activation energy for the reaction, A+B longrightarrow C+D (D) activation energy for the reaction, C+D longrightarrow A+B

Tardigrade Admin · Accepted Answer

P= activation energy for the reaction, C+D longrightarrow A+B

Q. Consider the following graph,

The above graph represents the change in energy for the reaction, $A + B ⟶ C + D$ . Here $P$ is the

energy change for the reaction, $C + D ⟶ A + B$

encrgy change for the reaction, $A + B ⟶ C + D$

activation energy for the reaction, $A + B ⟶ C + D$

activation energy for the reaction, $C + D ⟶ A + B$

$P =$ activation energy for the reaction,
$C + D ⟶ A + B$

Q. Consider the following graph, The above graph represents the change in energy for the reaction, A+B⟶C+D. Here P is the

energy change for the reaction, C+D⟶A+B

encrgy change for the reaction, A+B⟶C+D

activation energy for the reaction, A+B⟶C+D

activation energy for the reaction, C+D⟶A+B