Question:
The nuclear spin quantum number (\(I\)) of a nucleus is \(3/2\). When placed in an external magnetic field, the number of possible spin energy states (\(2I+1\)) it can occupy is:
The nuclear spin quantum number (\(I\)) of a nucleus is \(3/2\). When placed in an external magnetic field, the number of possible spin energy states (\(2I+1\)) it can occupy is:
Show Hint
Plug I = 3/2 into 2I + 1.
Updated On: Jul 3, 2026
- 4
- 2
- 3
- 1
Show Solution
Verified By Collegedunia
The Correct Option is A
Solution and Explanation
Step 1: Number of states = 2I+1.
Step 2: 2(1.5)+1=4.
Step 3: mI = -3/2,-1/2,+1/2,+3/2.
\[\boxed{4}\]Was this answer helpful?
0
0
Top CPET Chemistry Questions
- Which intermediate is formed during the reaction of acetamide with bromine in the presence of excess KOH solution?
- What is the major product of the reaction between benzene and iso-butyl bromide in the presence of AlCl3?
- Which product is obtained when 1-pentene reacts with HCl in the presence of benzoyl peroxide?
- What is the product of the reaction between n-butyl benzene and alcoholic KMnO4?
- Which alkene can be used for the synthesis of propanal exclusively using ozonolysis?
View More Questions
Top CPET Stereochemistry Questions
Top CPET Questions
- Which of the following is a key reason for choosing DRAM over SRAM for main memory?
- Which of the following components in an FPGA is responsible for implementing combinational and sequential logic?
- What is the main purpose of declaring a base class as virtual in multiple inheritance?
- What happens if a class contains at least one pure virtual function?
- What happens if a derived class defines a function with the same name as a base class function, but with a different parameter list?
View More Questions