2nd Year Physics Chapter 21 Nuclear Physics MCQs with Answers

Nuclear Physics is an important branch of Physics and it is one of the top branches these days and we will study the 2nd Year Physics Chapter 21 Nuclear Physics MCQs with Answers here. We will study briefly about J.J. Thomson’s, Rutherford’s, and Bohr’s Atomic model and will discuss what the atomic model looks like. Isotopes and their properties will be studied. Radioactivity is very important here and we will study it. Half-Life is the period when half of the atom decays. An important topic is the Interaction of Radiation with Matter. Then there are some Radiation detectors used to detect different types of radiation. Nuclear Fission is an important phenomenon in which when 92U238 is bombarded by a slow-moving neutron. It results in an explosion and atom bombs work on this principle. This reaction can be controlled in Nuclear Reactors. Nuclear Fusion is a bigger reaction which results in a big explosion. This reaction is the source of energy on the Sun. There are different effects of radiation. So, this is the brief intro about the 2nd Year Physics Chapter 21 Nuclear Physics.

2nd Year Physics Chapter 21 Nuclear Physics MCQs with Answers

2nd Year Physics Chapter 21 Nuclear Physics MCQs with Answers

In nuclear fission reactor, fuel rods the quantity of 235U is:
Alpha particle is bombarded on 7N14 as a result 8 O 17 is formed. The particle emitted is:
Strontium-90 is used as:
A mass spectrograph (spectrometer) sorts out:
The phenomenon of radioactivity is associated with:
The percentage of radioactive nucleus that remains undecayed after 5 half-lives is nearly:
Various types of cancer are treated by:
The bombardment of nitrogen with alpha particles will produce:
Which can pass through 20 cm thickness of the steel:
Which of the following undergo fission reaction easily by slow moving neutrons?
Check Answers

Leave a Reply

Your email address will not be published. Required fields are marked *