CF3 freeradical has pyramidal shape why? Explain.
Answers
Answered by
1
Hello friend
Since in F is highest electro negative element, if CF3 is in sp2 the structure is planar, which leads to the maximum angle of 90 degree between electron on carbon and the C-F bond. While in tetrahedral the angles increases to almost 109 degrees. Hence stability increases. Hope this clears your doubt.
Hope it's helpful for you
Since in F is highest electro negative element, if CF3 is in sp2 the structure is planar, which leads to the maximum angle of 90 degree between electron on carbon and the C-F bond. While in tetrahedral the angles increases to almost 109 degrees. Hence stability increases. Hope this clears your doubt.
Hope it's helpful for you
Answered by
0
Since in F is highest electro negative element, if CF3 is in sp2 the structure is planar, which leads to the maximum angle of 90 degree between electron on carbon and the C-F bond. While in tetrahedral the angles increases to almost 109 degrees. Hence stability increases. Hope this clears your doubt.
Similar questions