1. If the bond axis is z-axis, which of the following atomic orbitals cannot form σ bond A: s-s B: s-pz C: px-px D: pz-pz
1. If the bond axis is z-axis, which of the following atomic orbitals cannot form σ bond A: s-s B: s-pz C: px-px D: pz-pz
Forl=1,mcanhavevaluesof[input=type:blank,size:1][/input]，[input=type:blank,size:1][/input]，[input=type:blank,size:1][/input]and there are three orbitals of the [input=type:blank,size:1][/input]type.
Forl=1,mcanhavevaluesof[input=type:blank,size:1][/input]，[input=type:blank,size:1][/input]，[input=type:blank,size:1][/input]and there are three orbitals of the [input=type:blank,size:1][/input]type.
Spherical polar coordinates are used to solve the Schrödinger equation for a hydrogen atom because A: the Laplacian operator has its simplest form in spherical polar coordinates. B: Cartesian coordinates would give particle-in-a-box wavefunctions. C: the Schrödinger equation is then separable into 3 ordinary differential equations. D: otherwise the atomic orbitals would violate the Pauli exclusion principle.
Spherical polar coordinates are used to solve the Schrödinger equation for a hydrogen atom because A: the Laplacian operator has its simplest form in spherical polar coordinates. B: Cartesian coordinates would give particle-in-a-box wavefunctions. C: the Schrödinger equation is then separable into 3 ordinary differential equations. D: otherwise the atomic orbitals would violate the Pauli exclusion principle.