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Question 5 Not yet answered Marked out of 11.00 For the elementary reaction A + B ? 2C Write an expression for the rate of reaction of A. (To indicate the sign, type -1 or +1.) $r_A = \text{ } k_f C_A C_B \text{ }$ What are the units of $r_A$? (L, mol and s) $r_A: \left(\frac{mol}{L}\right) \text{ } \times s \text{ }$ What are the units of the rate constant in your rate equation? $k_f: \left(\text{ } \right) / \left(\text{ }\right) \text{ } \times s \text{ }$ Express $r_B$ in terms of $r_A$. $r_B = \text{ } r_A$ Express $r_C$ in terms of $r_A$. (To indicate the sign type -1 or +1.) $r_C = \text{ } r_A$ Express $r_C$ in terms of $r_B$. (To indicate the sign type -1 or +1.) $r_C = \text{ } r_B$

          Question 5
Not yet answered
Marked out of 11.00
For the elementary reaction A + B ? 2C
Write an expression for the rate of reaction of A. (To
indicate the sign, type -1 or +1.)
$r_A = \text{ } k_f C_A C_B \text{ }$ 
What are the units of $r_A$? (L, mol and s)
$r_A: \left(\frac{mol}{L}\right) \text{ } \times s \text{ }$
What are the units of the rate constant in your rate
equation?
$k_f: \left(\text{ } \right) / \left(\text{ }\right) \text{ } \times s \text{ }$
Express $r_B$ in terms of $r_A$.
$r_B = \text{ } r_A$
Express $r_C$ in terms of $r_A$. (To indicate the sign type -1
or +1.)
$r_C = \text{ } r_A$
Express $r_C$ in terms of $r_B$. (To indicate the sign type -1
or +1.)
$r_C = \text{ } r_B$

Question 5
Not yet answered
Marked out of 11.00
For the elementary reaction A + B ? 2C
Write an expression for the rate of reaction of A. (To
indicate the sign, type -1 or +1.)
rA = kf CA CB
What are the units of rA? (L, mol and s)
rA: ((mol)/(L)) × s
What are the units of the rate constant in your rate
equation?
kf: () / () × s
Express rB in terms of rA.
rB = rA
Express rC in terms of rA. (To indicate the sign type -1
or +1.)
rC = rA
Express rC in terms of rB. (To indicate the sign type -1
or +1.)
rC = rB

Added by Yolanda R.

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