quantum numbers#!#maximum weightage topic

When the value of the azimuthal quantum number is 3 the maximum and the minimum values of the spin multiplicites are

For azimuthal quantum number l=3, the maximum number of electrons will be

which of the following elements have equal value of lxxm, where l implies maximum possible value of azimuthal quantum number ,m implies maximum quantum number [ consider values of 'l' and 'm' for filled orbitals only ]?

Match the quantum numbers with the information provided by these. {:(,"Quantum number",,"Information provided",),("(a)","Principal quantum number","(i)","orientation of the orbital",),("(b)","Azimuthal quantum number","(ii)","energy and size of orbital",),("(c)","Magnetic quantum number","(iii)","spin of electron",),("(d)","Spin quantum number","(iv)","Shape of the orbital",):}

The period number in the long form of periodic table is not equal to A)Magnetic quantum number of any element of the period B)Atomic number of any element of the period C)Maximum azimuthal quantum number of any element of the period D)Maximum principal quantum number of any element of the period

The period number in the long form of periodic table is equal to (A) Maximum azimuthal quantum number of any element of the period (B) Magnetic quantum number of any element of the period (C) Atomic number of any element of the period (D) Maximum principal quantum

Maximum number of electrons having the quantum numbers n=4, s=-1/2 that can be present in an atom are