Diamagnetism -Multiple Choice Questions Quiz

Interactive MCQs on “Diamagnetism”:

Solve the following 10 questions. Only one option is correct. Click on the “Submit” button when done. Click on the “embed” button to use this quiz on your website. Click on “WhatsApp” to share this quiz.

Question 1: Question: What is diamagnetism?

(a) The property of a material to retain its magnetization after an external magnetic field is removed.
(b) The property of a material to become strongly magnetic in the presence of an external magnetic field.
(c) The property of a material to slightly repel an external magnetic field.
(d) The property of a material to conduct electricity.

Question 2: Question: Which of the following materials typically exhibit strong diamagnetism?

(a) Iron (Fe)
(b) Copper (Cu)
(c) Aluminum (Al)
(d) Nickel (Ni)

Question 3: Question: How do diamagnetic materials respond to an external magnetic field?

(a) They align their magnetic moments in the direction of the magnetic field.
(b) They align their magnetic moments opposite to the direction of the magnetic field.
(c) They do not exhibit any response to the magnetic field.
(d) They oscillate randomly in response to the magnetic field.

Question 4: Question: What is the magnetic susceptibility of diamagnetic materials?

(a) Positive and high
(b) Positive and low
(c) Negative and high
(d) Negative and low

Question 5: Question: What happens to the magnetic properties of diamagnetic materials when the external magnetic field is removed?

(a) They retain their magnetization and become permanent magnets.
(b) They lose their magnetization completely.
(c) They become attracted to the magnetic field.
(d) They continue to exhibit weak repulsion to the magnetic field.

Question 6: Question: Which of the following properties of electrons in atoms is responsible for diamagnetism?

(a) Spin
(b) Charge
(c) Mass
(d) Speed

Question 7: Question: Can diamagnetic materials be used to create strong magnets?

(a) Yes, by aligning their magnetic domains in a particular direction.
(b) Yes, by applying a strong magnetic field during manufacturing.
(c) No, diamagnetic materials cannot be used to create strong magnets.
(d) No, they can only repel magnetic fields weakly.

Question 8: Question: What is an example of a naturally occurring diamagnetic material?

(a) Iron (Fe)
(b) Copper (Cu)
(c) Diamond (C)
(d) Nickel (Ni)

Question 9: Question: Which type of magnetism is predominant in most materials at room temperature?

(a) Diamagnetism
(b) Paramagnetism
(c) Ferromagnetism
(d) Antiferromagnetism

Question 10: Question: What happens to the magnetic susceptibility of a material as its temperature increases?

(a) It remains constant.
(b) It decreases.
(c) It increases.
(d) It becomes zero.