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Chapter Name : OSCILLATIONS 
Chapter No. 7  [Test No.1]
1st Year
Multiple Choice Questions
Note : All MCQ’s selected in this test are from OLD F.Sc. board , UHS and PMC(Pakistan Medical Commission) Islamabad 5-Years Papers.




Book Name :  PHYSICS
Chapter No. 7 (Test No.1)
Chapter Name : OSCILLATIONS 
Total MCQ from Text Book/Board/UHS/PMC Papers :  49
Book Version  :

Published By : Punjab Text Book Board Lahore
Approved By : Govt of the Punjab and Federal Ministry for Education
Test Type : MCQ’s
Exam conduct By : Inter Boards of Sindh, KPK, Balochistan, AJK, Gilgit Baltistan, Punjab & Federal
Class / Grade  : 11 ( F.Sc. Intermediate)
Total Marks : 49
Total Time :   49 minutes

Grade 11 - Physics - Chapter 7 - OSCILLATIONS - Test No. 1

Grade 11 - Physics - Chapter 7 - OSCILLATIONS - Test No. 1

1 / 49

Acceleration of projection of a particle moving around a circle is given by relation (MTN 2013)

2 / 49

The expression for frequency of mass m attached to a spring of constant k is (SGD, GRW 2014) (RWP 2015)

3 / 49

When three fourth of the cycle of a vibrating body completed then the phase of vibration is: (RWP 2018)

4 / 49

In equation x = xo sin (ωt + π/2) the initial position of body is along. (AJK 2017)

5 / 49

Maximum velocity is SHM is (SGD 2018 GI)

6 / 49

If the time period of simple pendulum is 2 second, its frequency wil be: (Sahiwal 2017)

7 / 49

In order to double period of a simple pendulum the length of the pendulum should be increased by: (LHR 2019 GII)

8 / 49

If F = 0.08N and x = 4cm then k = (MTN 2013)

9 / 49

The ratio of angular frequency and linear frequency is: (LHR 2018 GII)

10 / 49

The wave form of SHM is (DGK 2008)

11 / 49

The S.I unit of spring constant is (SGD 2015 GII)

12 / 49

When the bob of simple pendulum is at extreme position its kinetic energy is (SGD 2014)

13 / 49

Distance covered by a body in one vibration is 20cm. The amplitude of the vibration will be (SGD 2019 GI)

14 / 49

At mean position during the SHM (BWP 2011)

15 / 49

The total energy of mass-spring system' is independent of: (GRW 2019 GI)

16 / 49

Which expression is correct for the time period of a simple pendulum? (Lhr 201511 Grw-2012)

17 / 49

When the bob of simple pendulum is at extreme position then its K.E is: (GRW 2019 GII)

18 / 49

The relation between linear frequency and angular frequency (DGK, RWP 2018)

19 / 49

The time period of an oscillating mass spring system is 2 second. If the spring is cut in two equal parts and one spring is set for oscillations with the same mass, the new time period will be: (AJK 2018)

20 / 49

If the initial Phase is π/2 then displacement of SHO is: (BWP 2019 GI)

21 / 49

The velocity of spring-mass vibrating system at mean position is: (MTN 2019 GII)

22 / 49

Distance covered during one vibration of an oscillating body in terms of amplitude A (SWL 2013) (LHR 2017 GI)

23 / 49

The time period of an oscillating mass spring system is 10 second. If mass attached to spring is doubled then time period becomes: (DGK 2016 GI)

24 / 49

The velocity of a particle having SHM is v at mean position. If Its amplitude is doubled then velocity at mean position will be (SGD 2016 GI)

25 / 49

In case of oscillating pendulum, its acceleration "a" is (Federal 2013 Bwp-2011)

26 / 49

If a pendulum vibrate with frequency 0.5 Hz, then its length will be: (Mirpur(Kashmir) 2015)

27 / 49

SI unit of plane angle is: (MTN 2016 GII)

28 / 49

Acceleration in S.H.M is proportional to the: (MTN 2019 GI)

29 / 49

When a particle isjnoving in a circular path; its projection along diameter executes: (DGK 2018 GII)

30 / 49

The phase θ = ωt of a body performing the SHM indicates (GRW 2014) (FSD 2015)

31 / 49

At which place the motion of a simple pendulum will be slowest: (Fsd 2017)

32 / 49

A simple pendulum is moved from the Earth to the Moon. How does it change the period of oscillation? (Acceleration due to gravity on moon = 1.6 m/s2) (Federal 2017)

33 / 49

The force responsible for the vibratory motion of simple pendulum is (DGK 2016 Group II)

34 / 49

If Mass of Pendulum becomes double, then its time period will be (DGK 11, BWP 2015)

35 / 49

One complete round trip of a vibrating body called (DGK 2013) (BWP 2014)

36 / 49

By increasing mass of the object four times attached to a spring. Time period will become: (SWL 2018)

37 / 49

The product of frequency and time period is (SWL 2016) (DGK 2015 GII)

38 / 49

The product of frequency and time period is (SGD 2019 GII)

39 / 49

The acceleration of a body performing the SHM depends upon (RWP 2012)

40 / 49

10 cm extension is produced in a string due to a force of 20 N. The spring constant is (MTN 2012)

41 / 49

The frequency of second pendulum is (Sgd-2015 Sahiwal-15 Lhr-2013 DGK 08, SwI 2016, Sgd 2015 G I, Mtn 2015 G II, Mtn 2016 G)

42 / 49

Which of the following quantity can be expressed in kg S-2 (DGK 2015 GI)

43 / 49

When a particle is moving uniformly along a circular path, its projection along the diameter executes (RWP 2014) (MTN 2015 GI) (DGK 2018)

44 / 49

The dimension of spring constant is (LHR 2014)

45 / 49

If amplitude of a simple pendulum is increased by 4 times the time period will be: (Lhr 15 GI)

46 / 49

Base units of spring constant is: (LHR 2019 GI)

47 / 49

The frequency of Simple Pendulum is given by: (Bwp 2016)

48 / 49

Angular frequency is basically a characteristic of (FSD 2010)

49 / 49

If mass attached to a spring is made four times, maximum velocity becomes (AJK 2019 GI)

Your score is

The average score is 44%








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