MCAT Past Papers MCQs Of Physics From Unit 9

MCAT Past Papers MCQs Of Physics From Unit 9. Questions from Unit 9 of the MCAT’s Physics Multiple Choice Exam taken from earlier examinations The thousands of premed students who have already taken the MCAT are the only ones who can truly attest to the test’s level of difficulty. If you want to do well on the MCAT, you absolutely need to hone your skills at solving challenging problems and thinking analytically. The MCAT is challenging for everyone, including individuals with strong backgrounds in STEM fields.

Even if it is hard to speculate on the specific structure of the next test, we are aware of the general areas of content that are typically tested on the majority of exams. The topic of physics is covered in the ninth section of the current test. If you are preparing for this section of the test, this suggests that you should pay very close attention to what you are doing. In this blog piece, we are going to go over some helpful tips that will assist you in passing Unit 9 on your following attempts.

MCAT Physics MCQs Past Papers:

MCAT Multiple-Choice Questions in Physics | MCAT Multiple-Choice Questions in Physics with Keys for Unit 9 of the FSC | MCAT Multiple-Choice Questions in Physics from Previous Admission Tests with Answer Keys for Unit 9

1. Matter is composed of three fundamental particles. They are:
(A) Electrons. Protons, Neutrons
(B) Electrons, Cathode rays. masons
(C) Electrons, neutrons. masons
(D) None of these
2• a negatively charged particle and is found around the nucleus of an
(A) Electron
(B) Proton
(G”) Neutron
(D) None of these
3. A positively charged particle which is found in the nucleus of an atom is:
(A) Electron
(B) Proton
(C) Neutron
(D) None of these
6. All material objects are composed of:
(A) Electron
(B) Proton
(C) Neutron
(D) Atoms
7. Atom is a:
(A) Charged particle
(B) Negatively charged particle
(C)Positively charged particle
(D) None of these

Physics MCQs:

8. The magnitude of the electrostatic force between two point charges is directly
Proportional to the product of the magnitude of the charges and inversely proportional to
the square of the distance between them.” It called:
(A) Faraday’s law
(B) Coulomb’s Law
(C) Newton’s Law
(D) Gauss’s law
9. the concept of electric lines was introduced by:
(A) Ncw1on
(B) Faraday
(C) Einstein
(D) Coulomb
10. The tangent Co the field line at any point gives the direction of the:
(A) Electric field intensity at that point
(B) Electric field at that point.
(C) Electrostatic force at that point
(D) Electrostatic force at that point

11. Two charges of I C: and S C are placed at some distance in air. The ratio of the forces acting on them is:
(A) 1:25
(B) 1:5
(C) 1:1
(D) 5: 1
12. The work done in moving a positive charge on an equipotential surface is:
(A) Finite and positive
(B) Infinite
(C) Finite and negative
(D) Zero
13. If a charge moved against the coulomb force of an electric field:
(A) Work is done by the electric field
(B) Energy is used from some external source
(C) The strength of the field is decreased
(D) The energy of the system is decreased
14. Two charges are placed at a distance apart If a glass slab is placed between them form between them will:
(A) Remain the same
(B) Increase
(C) Decrease
(D) Be zero

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