The maximum number of orbitals present in a subshell that is represented by Azimuthal quantum number = 3 will be________________?

Related Mcqs:

1. Azimuthal quantum number defines___________?

   A. e/m ratio of an electron
   B. Spin of an electron
   C. Angular momentum of an electron
   D. Magnetic momentum of an electron

   Submitted by: Muhammad Ali Kunbhar

2. By combining n atmic orbitals no. of hybrid orbitals will be__________________?

   A. 2n
   B. n
   C. 3n
   D. impossible to predict

3. Orbitals of same energy produced after mixing of orbitals of different energy are called __________________?

   A. Degenerate orbitals
   B. Generate orbitals
   C. Hybrid orbitals
   D. Zeeman orbitals

4. When light is exposed to transition element then electrons jump from lower orbitals to higher orbitals in______________________?

   A. orbitals of f-subshell
   B. orbitals of d-subshell
   C. orbitals of p-subshell
   D. both A & B

5. Quantum number values for 3p orbitals are____________________?

   A. n=3 l=2
   B. n=3 l=0
   C. n=3 l=1
   D. n=3 l=3

6. The atomic number of an element having maximum number of unpaired electrons in p-subshell is_______________?

   A. 7
   B. 10
   C. 12
   D. 16

7. Which of the following orbitals has maximum penetration effect?

   A. S
   B. P
   C. d
   D. f

   Submitted by: Muhammad Ali Kunbhar

8. What is maximum number of electrons in an orbital with m (magnetic quantum number) = 3 ?

   A. 6
   B. 4
   C. 3
   D. 2

9. Which one of the following explain the shape of orbitals _________________?

   A. Principal of quantum number
   B. Azimuthal quantum number
   C. Magnetic quantum number
   D. Spin quantum number

10. Molecular orbitals are filled according to _________________?

    A. Auf bau principle
    B. Hunds rule
    C. Paulis Exclusion principle
    D. All these