16.1/r2.2.9 deduce the rate expression for a reaction from experimental data [hl ib chemistry]
Published 13 years ago • 57K plays • Length 4:04Download video MP4
Download video MP3
Similar videos
-
6:04
16.1.2 deduce the rate expression for a reaction from experimental data.
-
![16.1/r2.2.9 solve problems involving the rate expression [hl ib chemistry]](https://i.ytimg.com/vi/k2Z7LdjBac8/mqdefault.jpg)
4:16
16.1/r2.2.9 solve problems involving the rate expression [hl ib chemistry]
-
![16.1/r2.2.6 reaction mechanism, order of reaction and rate-determining step [hl ib chemistry]](https://i.ytimg.com/vi/l_yY3H-hVmk/mqdefault.jpg)
9:02
16.1/r2.2.6 reaction mechanism, order of reaction and rate-determining step [hl ib chemistry]
-
5:20
what is entropy? - jeff phillips
-
48:46
integrated rate laws - zero, first, & second order reactions - chemical kinetics
-
![c2 octane number and knocking [sl ib chemistry]](https://i.ytimg.com/vi/vL8Uj2CNWtI/mqdefault.jpg)
6:47
c2 octane number and knocking [sl ib chemistry]
-
2:34
r2.2.6 rate expressions (rate equations) (hl)
-
![16.1/r2.2.6 mechansim and rate determing step [hl ib chemistry]](https://i.ytimg.com/vi/swnJeRo-u8Q/mqdefault.jpg)
1:36
16.1/r2.2.6 mechansim and rate determing step [hl ib chemistry]
-
![15.2/r1.4.1 predict the entropy change for a given reaction or process [hl ib chemistry]](https://i.ytimg.com/vi/ro3AnXdajAM/mqdefault.jpg)
3:35
15.2/r1.4.1 predict the entropy change for a given reaction or process [hl ib chemistry]
-
![16.1/r2.2.10 sketch graphical representations for 0,1st 2nd order reactions [hl ib chemistry]](https://i.ytimg.com/vi/urVl4TJRlpc/mqdefault.jpg)
6:47
16.1/r2.2.10 sketch graphical representations for 0,1st 2nd order reactions [hl ib chemistry]
-
![16.1/r2.2.6 rate constant, overall order of reaction, order of reaction [hl ib chemistry]](https://i.ytimg.com/vi/9sMFJMuZzmg/mqdefault.jpg)
1:08
16.1/r2.2.6 rate constant, overall order of reaction, order of reaction [hl ib chemistry]
-
6:15
r2.2.10 orders of reaction (hl)
-
![16.2/r2.2.12 using the arrhenius equation to find ea [hl ib chemistry]](https://i.ytimg.com/vi/orXxajICuLU/mqdefault.jpg)
1:49
16.2/r2.2.12 using the arrhenius equation to find ea [hl ib chemistry]
-
7:07
16.1 rate expressions and orders of reaction (hl)
-
![20.2 deduce reaction pathways given the starting materials and the product [hl ib chemistry]](https://i.ytimg.com/vi/2SabU1POXoQ/mqdefault.jpg)
5:28
20.2 deduce reaction pathways given the starting materials and the product [hl ib chemistry]
-
![5.2/r1.2.2 hess's law [sl ib chemistry]](https://i.ytimg.com/vi/u9mRp0WJUzI/mqdefault.jpg)
7:05
5.2/r1.2.2 hess's law [sl ib chemistry]
-
![6.1/r2.2.1 analyse data from rate experiments [sl ib chemistry]](https://i.ytimg.com/vi/459RKuwuLKQ/mqdefault.jpg)
6:49
6.1/r2.2.1 analyse data from rate experiments [sl ib chemistry]