MDCAT Physics Chapter 13 MCQ Test With Answer for Physics chapter 13 (Deformations of Solids)
The last chapter of Physics is also significant in the entry test preparation. The proportion of each chapter is different, but all the chapters are equally important. The students must allocate the proper time to all the chapters to get good scores on the MDCAT. The students planning to appear in MDCAT can take guidance from this platform without inconvenience.
The students can check the available MCQs of Chapter 13 of Physics from this page. The purpose of providing the MCQs is to help the students prepare for the exam in less time. By solving the available MCQs, the students can strengthen their preparation and get good marks on the entry test. Solve the maximum MCQs and then appear in the entry test. Stay connected with us to get more information about the MDCAT Physics MCQs.
This online test contains MCQs about following topics:.
a) Describe the concept of nucleus and define nucleon number, charge number.
b) Explain radioactivity and emission of radiation.
c) Define the terms activity, decay constant and solve problems using relation Activity
d) Explain half life of radioactive substance and solve problem using relation
e) Understand nuclear transmutation and conservation of mass, energy, momentum and charge during nuclear changes.
f) Know the Significance of mass-defect, binding energy and use the relation 2 E = mc .
g) Describe nuclear fission and fusion.
h) Know the concept of Hadrons, Leptons and Quarks.
Online MCQ`s Test For Chapter 16 "MDCAT Physics Chapter 13 Nuclear Physics of Solids Online Test"
Try The MCQ`s Test For Chapter 16 "MDCAT Physics Chapter 13 Nuclear Physics of Solids Online Test"
MDCAT Physics Chapter 13 Nuclear Physics of Solids Online Test
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Question # 1
Due to emission of π°+ β ππππ:
Question # 2
Nuclear fission experiments show that the neutrons the uranium nuclei into two fragment
of about the same size. This process is accompanied by the emission of several:
Question # 3
The example of nuclear fusion is:
Question # 4
The uranium Nucleus πππ πΌ undergoes successive decays, emitting respectively π β πππ,π° β
πππ πππ β ππππ. What is the atomic number and atomic mass of the resulting nucleus:
Question # 5
When a radioactive nucleus remits a beta particle, the proton neutron ratio:
Question # 6
When a radioactive nucleus emits a π° βparitcles, the mass number of the atom:
Question # 7
In nuclear fission reaction, when the products are 140X and 94Sr, the number of neutrons
emitted is
Question # 8
The more readily fissionable isotope of uranium has an atomic mass of:
Question # 9
Which row is correct for fission and for fusion?
Question # 10
If the radioactive substance reduces to π
ππ
PHYSICS
of its original mass in 40 days then its half-life
is:
Question # 11
The half-life of a certain element is 3.5 days at STP. If the temperature is doubled and
pressure is reduced to half then half-life of the same element will be:
Question # 12
Beta particles have penetration of about:
Question # 13
Because of large mass when π βparicle enters the atom or molecule it:
Question # 14
In an π βdecay:
Question # 15
The binding energy per nucleon is:
Question # 16
A count rate 240 per minute reduces to 30 counts per min in 1 hour. The half-life of
source is:
Question # 17
A radioactive nucleus can emit:
Question # 18
The most penetrating radiations out of the following is that of
Question # 19
A thorium nucleus is formed when a uranium nucleus emits an π βparticles. Atomic
number of thorium is :
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