![r=k.[A]^{m} .[B]^{n}](/tpl/images/0391/8073/206b6.png)
![\frac{r_{1}}{r_{4}} =\frac{k.[A]_{1}^{m}.[B]_{1}^{n} }{k.[A]_{4}^{m}.[B]_{4}^{n}} \\\frac{r_{1}}{r_{4}} =(\frac{[A]_{1}}{[A]_{4}} )^{m} \\\frac{0.0904M/s}{0.181M/s}=(\frac{0.100M}{0.200M})^{m} \\m=1](/tpl/images/0391/8073/d2723.png)
![\frac{r_{1}}{r_{5}} =\frac{k.[A]_{1}^{m}.[B]_{1}^{n} }{k.[A]_{5}^{m}.[B]_{5}^{n}} \\\frac{r_{1}}{r_{5}} =(\frac{[B]_{1}}{[B]_{5}} )^{n} \\\frac{0.0904M/s}{0.181M/s}=(\frac{0.400M}{0.800M})^{n} \\n=1](/tpl/images/0391/8073/df05b.png)
Use this initial rate data to answer questions 6 and 7. consider the reaction:
xa + yb...
Chemistry, 26.11.2019 19:31, jocelynkissinge
Use this initial rate data to answer questions 6 and 7. consider the reaction:
xa + yb → products
the following initial rate kinetic data were obtained:
trial [a] [b] initial rate (mol/l-s)
1 0.100 0.400 0.0904
2 0.200 0.800 0.362
3 0.400 1.200 1.08
4 0.200 0.400 0.181
5 0.100 0.800 0.181
the rate law for this reaction is: rate = k[a]m[b]n.
(6) what is m (the reaction order with respect to reactant a)?
(7) what is n (the reaction order with respect to reactant b)?
Answers: 2
Other questions on the subject: Chemistry
Chemistry, 22.06.2019 00:30, catdog5225
Drive down any three characteristic of modern periodic table
Answers: 1
Chemistry, 22.06.2019 19:20, evansh78
Consider hydrogen in an excited state n = 5n=5 that emits photons to reach the ground state. there are various possible transitions other than straight to the ground state that can occur; for example, it can drop to the n = 3n=3 state followed by the n = 3n=3 to the ground state transition. which of the possible transitions will result in the emission of a photon in the visible region?
Answers: 3
Do you know the correct answer?
Questions in other subjects:
Social Studies, 26.07.2019 21:00
Chemistry, 26.07.2019 21:00
History, 26.07.2019 21:00
Biology, 26.07.2019 21:00
Mathematics, 26.07.2019 21:00
