- #1
WMDhamnekar
MHB
- 379
- 28
Hello,
I didn't understand the geometry of molecules in which central atom has no lone pairs of electrons. for example, in $CH_4, NH_4^+$ molecular shape is tetrahedral and bond angle is $109.5^\circ$. How is that bond angle computed? $CH_4$ stands for liquid methane and $NH_4^+$ is a polyatomic cation. Now my other question involve mathematics as well.
If i want to compute other angles of this tetrahedral, how can i compute it?
If any member knows the answer to these question, may reply.
I didn't understand the geometry of molecules in which central atom has no lone pairs of electrons. for example, in $CH_4, NH_4^+$ molecular shape is tetrahedral and bond angle is $109.5^\circ$. How is that bond angle computed? $CH_4$ stands for liquid methane and $NH_4^+$ is a polyatomic cation. Now my other question involve mathematics as well.
If i want to compute other angles of this tetrahedral, how can i compute it?
If any member knows the answer to these question, may reply.