In the figure below blue traces are for First inning, and red colors for the second inning. Just before the end of the first power play average runs increase followed by a relatively calm period from 6-15 overs. In last 5 over average run rates tend to increase (expectedly). There is a very interesting difference between the first inning and second inning in terms of average runs. In first inning there are significantly more runs scored in 16-17th overs. This indicates that on average the team batting first should win. When I checked this, I found that in first 18 matches, 9 teams won while batting first. But very surprisingly, in last 9 matches of the tournament, seven times the team batting first won.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhp5-ybXE_4onWdJSH2Y7dR5Fenb29Yo4BNWKuLPapI8tHUaesDj16eNAx1byyN6OVlqxAIJ3JUMUVUvSOscgtCm2gMBL3s6nuU0KBrwfrPRSx0N0vmClX6YE6WW4Zhz9MDMytK2L3LgzI/s320/t20wc_2009_over_by_over.png)
The probability of fall of a wicket steadily increased as the matche progressed. Again in second inning there was a significantly greater chance of fall of a wicket in 3rd and 9th over.
Previously I found that in Indian Premier League average runs per over were very strongly correlated with the probability of a wicket in that over and in subsequent over.
Interesting post! It does seem somewhat random that the 3rd and 9th over have such a big difference in wickets fallen between the 1st and 2nd innings. What do the error bars represent?
ReplyDeleteAneesh
ReplyDeleteThanks for your comments. The errorbars are the Stand. Error.