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Motion in One Dimension MCQs for Competitive Exams

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Motion in One Dimension MCQs for Competitive Exams

Practice with answers, explanations, and exam-focused revision notes.

600 MCQs Page 6

Topic Notes: Motion in One Dimension

These notes summarize the key preparation context before you attempt the MCQs. Review the topic focus, then practice the questions below with answers and explanations.

Quick Overview

Motion in One Dimension MCQs in Physics are useful for candidates who need targeted practice for CSS, PMS, FPSC, PPSC, NTS, entry tests, and other competitive exams in Pakistan. This topic page is designed for quick revision, repeated practice, and exam-focused preparation.

Attempt the questions page by page, check the correct answers, read the explanations where available, and compare your weak areas with past papers and mock test performance. Consistent MCQ practice improves speed, confidence, and retention for objective exam sections.

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51
When the body moves with constant acceleration, the velocity–time graph is:
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52
The position vector of a particle is r = a cos ωt i + a sin ωt j. The velocity of the particle is
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53
13. Given: a + b + c = 0. Out of the three vectors a, b and c, two are equal in magnitude. The magnitude of the third vector is √2 times that of either of the two having equal magnitude. The angles between the vectors are
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54
A ball is dropped off a high sea cliff
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55
A vector has two rectangular components x and y and both are negative. The vector has a magnitude
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56
A stone is thrown upward from sea level to an altitude of 20 metres. Suppose that air resistance is minor then its acceleration is
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57
A bus is beginning to move with an acceleration of 1 m/s^2. A man who is 48 m behind the bus starts running at 10 m/s to catch the bus. The man will be able to catch the bus after
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58
Distance covered by a freely falling body in 2 s will be
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59
A, B, C and D are the points in a vertical line such that AB = BC = CD. If a body falls from rest at A, then the time of descent through AB, BC and CD are in the form
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60
The three vectors i + j + k, 2i - 3j + k and 4i + j - 5k are
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