A `3 p` orbital has :

A 3p-orbital has :

A 3p-orbital has :

A 3p-orbital has

A 3p-orbital has

In this question has statement I and statement II of the four choice given after the statement choose the one that best describes the two statements Statement-Number of waves in an orbit of atom is equal to number of that orbit. Statement-I The 3p orbital has higher energy level than 3s in He^+ ion. Statement-II The energy of an orbital depends upon n and l

Which of the following are correct ? (1) Electron density in XY plane for d_(x^(2)-y^(2)) orbital is zero. (2) The energy of 3p-orbital is higher than the energy of 2p-orbital. (3) 3p_(z) orbital has one angular node. (4) 4f-orbital has no radial node.

3p_(y) orbital has ……… nodal plane:

3p_(y) orbital has ……… nodal plane:

Statement : The 3p-orbital has higher energy level than 3s in He^(+) ion. Explanation: The energy of an orbital depends upon n and l.