shape of orbitals

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape Which orbit shape has highest n//ki gtgt 1 value?

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape Which value of n and k suggest about the shape of 3s orbitsl?

STATEMENT -1 : Orbital angular momentum is given by sqrt(l(l+1))(h)/(2pi) and STATEMENT-2 : I ( Quantum number ) decides the shape of orbital

The shape of orbital is determined by ………quantum number

The shapes of orbital may be represented by boundary surface diagrams. These boundary surface diagram give the most probable regions. S-orbitals are non-directional while p-, d- and f-orbitals have different orientations given by m_l values. These boundary surfaces also have sperical nodes or radial nodes and nodal planes which depend upon the values of n and l. How many spherical nodes are present in 3p - orbital?

The shapes of orbital may be represented by boundary surface diagrams. These boundary surface diagram give the most probable regions. S-orbitals are non-directional while p-, d- and f-orbitals have different orientations given by m_l values. These boundary surfaces also have sperical nodes or radial nodes and nodal planes which depend upon the values of n and l. How do 3s and 4s orbitals differ in terms of nodes present in these ?

The shapes of orbital may be represented by boundary surface diagrams. These boundary surface diagram give the most probable regions. S-orbitals are non-directional while p-, d- and f-orbitals have different orientations given by m_l values. These boundary surfaces also have sperical nodes or radial nodes and nodal planes which depend upon the values of n and l. How many angular nodes are present in 3d_(yz) orbital?

The shapes of orbital may be represented by boundary surface diagrams. These boundary surface diagram give the most probable regions. S-orbitals are non-directional while p-, d- and f-orbitals have different orientations given by m_l values. These boundary surfaces also have sperical nodes or radial nodes and nodal planes which depend upon the values of n and l. Does d_z^2 orbital has zero electron density in xy plane ?

The shapes of orbital may be represented by boundary surface diagrams. These boundary surface diagram give the most probable regions. S-orbitals are non-directional while p-, d- and f-orbitals have different orientations given by m_l values. These boundary surfaces also have sperical nodes or radial nodes and nodal planes which depend upon the values of n and l. How many orbitals are possible for l = 2 subshell ?