Question
Species having zero dipole moment:
- XeF4
- SO2
- SF4
- CH2Cl2
The correct answer is: XeF4
Related Questions to study
Which of the following process are associated with change of hybridization of the underlined compound?
1) Al(OH)3 ppt. dissolved in NaOH
2) B2H6 is dissolved in THF
3) SiF4 vapour is passed through liq. HF
4)Solidification PCl5 vapour Correct answer is-
Which of the following process are associated with change of hybridization of the underlined compound?
1) Al(OH)3 ppt. dissolved in NaOH
2) B2H6 is dissolved in THF
3) SiF4 vapour is passed through liq. HF
4)Solidification PCl5 vapour Correct answer is-
The shapes of XeF4,XeF5–and SnCl2 are-
The shapes of XeF4,XeF5–and SnCl2 are-
Linear structure is assumed by-
I)NCO–
II) CS2
III) NO2
IV)Solid BeH
Linear structure is assumed by-
I)NCO–
II) CS2
III) NO2
IV)Solid BeH
Which of the following set is not correct-
Which of the following set is not correct-
The As F5 molecule is trigonal bipyramidal. The hybrid orbitals used by the As atoms for bonding-
The As F5 molecule is trigonal bipyramidal. The hybrid orbitals used by the As atoms for bonding-
In [Fe(CO)5], hybrid is at ion state and number of co-ordinate bonds are-
In [Fe(CO)5], hybrid is at ion state and number of co-ordinate bonds are-
The condition that the equation can take the form when shifting the origin is
When the roots are equal and real, then the discriminant value of the the quadratic equation becomes 0.
The condition that the equation can take the form when shifting the origin is
When the roots are equal and real, then the discriminant value of the the quadratic equation becomes 0.
Compound with the highest melting point is-
Compound with the highest melting point is-
In the Born-Haber cycle for the formation of solid common salt (NaCl), the largest contribution comes from-
In the Born-Haber cycle for the formation of solid common salt (NaCl), the largest contribution comes from-
Which of the following molecule is having complete octet-
Which of the following molecule is having complete octet-
In a homonuclear molecule which of the following set of orbitals are degenerate?
In a homonuclear molecule which of the following set of orbitals are degenerate?
MolecularorbitalelectronicconfigurationofBe2, willbe-
a)KK, σ2s2
b)KK,σ2s2,σ*2s2
c)σ1s2,σ*1s2,σ2s2,σ*2s2
d)σ1s2,σ*1s2,σ2s2,2p2Correctansweris-
MolecularorbitalelectronicconfigurationofBe2, willbe-
a)KK, σ2s2
b)KK,σ2s2,σ*2s2
c)σ1s2,σ*1s2,σ2s2,σ*2s2
d)σ1s2,σ*1s2,σ2s2,2p2Correctansweris-
Which of the following species will have the minimum bond energy:
Which of the following species will have the minimum bond energy:
The transformed equation of when the axes are translated to (1, –2) is
shifting of origin is done when the aes are shifted parallely to a different location on the cartesian plane.
this results in change of coordinates as: x=x'+h and y=y'+k
where h,k are the new origin.
The transformed equation of when the axes are translated to (1, –2) is
shifting of origin is done when the aes are shifted parallely to a different location on the cartesian plane.
this results in change of coordinates as: x=x'+h and y=y'+k
where h,k are the new origin.