Consider the reaction\

2x_(2)Y+Z_(2)2x_(2)YZ

\ which has a rate law of\

rate =k[x_(2)Y][Z_(2)]

\ Select a possible mechanism for the reaction.\ View Available Hint(s)\ \\\\table[[A,Step 1:,

Z_(2)->Z+Z

,(slow)],[

x_(2)Y+Z->x_(2)YZ

,(fast),],[Step 3:,

x_(2)Y+Z->x_(2)YZ

,(fast)]]\ \\\\table[[B,Step 1:,

x_(2)Y+Z_(2)->x_(2)YZ+Z,

(slow)],[Step 2:,

x_(2)Y+Z->x_(2)YZ,

(fast)]]\ \\\\table[[C,Step 1:,

x_(2)Y+Z_(2)->x_(2)YZ

,(slow)],[Step 2:,

x_(2)YZZ_(2)->x_(2)YZ+Z

,(fast)]]\ \\\\table[[D,Step 1:,

2x_(2)Yx_(4)Y_(2),

(fast)],[Step 2:,

x_(4)Y_(2)+Z_(2)->2x_(2)YZ,

(slow)]]\ E

,

Step 1:

,2x_(2)Y+Z_(2)->2x_(2)YZ

(slow)

Consider the reaction 2X2Y+Z22X2YZ which has a rate law of rate=k[X2Y][Z2] Select a possible mechanism for the reaction. View Available Hint(s) B \begin{tabular}{lc} Step 1: & X2Y+Z2X2YZ+Z (slow) \\ Step 2: & X2Y+ZX2YZ (fast) \end{tabular} \begin{tabular}{|c|c|c|} \hline & Step 1: & X2Y+Z2X2YZ2 (slow) \\ \hline & Step 2: & X2YZ2X2YZ+Z (fast) \\ \hline \end{tabular} \begin{tabular}{l|ll} \hline D & Step 1: & 2X2YX4Y2 (fast) \\ Step 2: & X4Y2+Z22X2YZ (slow) \end{tabular}