The dipole moment of `AX_(3),BX_(3)` and `CY_(3)` are `4.97xx10^(-30),0.60xx10^(-30)` and 0.00 Cm respectively then the shaps of molecule may be

The dipole moment of AX_(3), BX_(3)and CX_(3) are 1.5 D, 0.5 D and 0 D respectively. The possible shapes of molecules may be (consider C has no Lone pair) (A, B and C are more electronegative than X)

The dipole moment of AX_(3), BX_(3)and CX_(3) are 1.5 D, 0.5 D and 0 D respectively. The possible shapes of molecules may be (consider C has no Lone pair) (A, B and C are more electronegative than X)

0.5xx10^(-4)xx0.3xx10^(-3)xx10

The dipole moments of SO_2 and CO_2 are 5.37 xx 10^(-30) C.m and zero respectively. What can be said about the shapes of the two molecules?

The ammonia molecule has a permanent electric dipole moment of 1.47 D where D is the debye unit and 1D=3.34 xx 10^(-30)Cm . Calculate the electric potential due to the ammonia molecule at a point distant 30 nm away along the dipole axis.

The dipole moment of HBr is 2.60 xx 10^(-30) C.m and the inteatomic spacing is 1.41 A^0 . What is the percentage ionic character of HBr ?

An ammonia molecule has permanent electric dipole moment = 1.47D, where 1D = 1 debye unit = 3.34xx10^(-30) Cm . Calculate electric potential due to this molecule at a point 52.0 nm away along with axis of the dipole. Assume V = 0 at infinity.

The dipole moment of HBr is 2.60 xx 10^(-30)Cm and the interatomic spacing is 1.41 A What is the percentage of ionic character of HBr ? .