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PHYSICS MCQs 1st Year CHAPTER NO.5 CIRCULAR MOTION Test No.2

11th Class Physics MCQs 1st Year MCQs Chapter No. 5 Circular Motion Test No. 2, FSc, Grade 11, First Year Multiple Choice Questions, Medical College ( MDCAT ) , ECAT & University Admission Entry Test Exams Online Preparation, Chapter Wise Question Answers Notes in Pdf, Old Board Papers reference with Each Question, All Queries accommodated within 24 Hours. Click here to Contact us for any Query/Question regarding Exams.

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PHYSICS 
Chapter Name : CIRCULAR MOTION 
Chapter No. 5  [Test No.2]
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. 5 (Test No.2)
Chapter Name : CIRCULAR MOTION 
Total MCQ from Text Book/Board/UHS/PMC Papers :  76
Book Version  :
2022

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 : 76
Total Time :   76 minutes
1

Grade 11 - Physics - Chapter 5 - CIRCULAR MOTION - Test No. 2

Grade 11 - Physics - Chapter 5 - CIRCULAR MOTION - Test No. 2

1 / 76

The ratio between orbital velocity and escape velocity is: (LHR 2019 GII)

2 / 76

The number of satellites in global positioning system is (DGK 2019 GI)

3 / 76

Ratio of disk velocity to hoop velocity(in case of rotational kinetic energy) is: (LHR 2019 GII)

4 / 76

Close orbiting satellites orbit the earth at a height of about (Mirpur 2014 Rwp-2014)

5 / 76

A geostationary satellite occupies a longitude of (SWL 2013, LHR 2013)

6 / 76

The unit of angular momentum is similar to that of ________________ (AJK 2019 GI)

7 / 76

A 100 kg satellite orbiting 400 km above earth has an orbital speed of a km/hour. A 200 kg satellite with the some orbit radius will require an orbital speed: (UET 2014)

8 / 76

The diver spins faster when moment of inertia becomes: (Mtn 2015 Group I)

9 / 76

If a body of mass 1kg is lifted upward with an acceleration of 9.8 ms-2. Its apparent weight be observed as (Bwp 2014 Bwp 2011)

10 / 76

Angular momentum has the same unit as: (Bwp GI 2018) (Bwp GII 2018)

11 / 76

Einstein's theory gives us a physical picture of how the: (MTN 2018 GI)

12 / 76

A body is having weight 20 N. When the elevator is descend with a = 0.1 ms-2, then the value of tension 'T' is: (UHS 2018)

13 / 76

A man in a lift moving upward with constant velocity will conclude that his weight has (DGK 2019 GI)

14 / 76

An object mass 'm' is suspended in an elevator moving downward with acceleration equal to acceleration due to gravity. What will be the apparent weight of the object. (UHS 2012)

15 / 76

Artificial gravity like earth is obtained, if spaceship rotate with frequency: (MTN 2019 GII)

16 / 76

Weight of the object at the centre of the earth is (Swl 2015, Bwp 2016, Grw 2015, Mirpur 2011)

17 / 76

A 100 kg man is standing in an elevator, which accidentally falls freely, What will be weight of person in the freely falling elevator,(takes g = 10m/s2 (UHS 2014)

18 / 76

Which electromagnetic waves are used for the satellite communication system? (Grw 11, 12 Mtn 11)

19 / 76

The mass of earth is equal to: (Rwp 2016)

20 / 76

Artificial gravity can be created in the spaceship by: (DGK 2018 GII)

21 / 76

The period of revolution of a geostationary satellite is (Mirpur 2014, Lhr 2010, D.G.Khan 2015 G II, Fsd 2018)

22 / 76

Which of the following gives the relationship between linear velocity and angular velocity? (UHS 2018)

23 / 76

Angular momentum of a rigid body is given by: (Fsd-2014) (Grw 2017)

24 / 76

Two satellites are to be launced into space from the surface of earth. Satellite 1 has mass 10 kg and volume 1500 cm3 while satellite 1 and Satellite 2 are v1 and v2, respectively. The reltaion between v1 and v2 is: (UHS 2016)

25 / 76

Close orbiting satellites orbit the earth at a height of about: (Swl 2016)

26 / 76

As the wheel rolls, it has: (Mirpur (Kashmir) 2016)

27 / 76

A man of weight W is standing on the elevator which is ascending with an acceleration of 'a' the apparent weight of the man is (D.G.Khan 2008)

28 / 76

The rotational K.E. of a Hoop of mass "m" moving down frictionless inclined plane with velocity "v" will be (D.G.Khan 2017)

29 / 76

The unit of rotational K.E is (Sargodha 2017)

30 / 76

The minimum number of correctly positioned communication satellites to cover whole populated earth is: (Azad Kashmir 2017, Swl 2014, Rwp 2011, 2013,2015, Sgd 2014 Mtn 2013, 2017, Grw 2013, Fsd 2008, D.G.Khan 2015 G II)

31 / 76

The elevator is moving down with acceleration 'a' = g, the net force acting upon the body in elevator is (AJK 2019 GI)

32 / 76

S.I unit of angular momentum is: (MTN 2019 GI)

33 / 76

Which is important in describing the geo stationary orbits? (D.G. KHAN 2011, RWP 2011, FSD 2015)

34 / 76

The weight of a man in an elevator descending with an acceleration of 4.9ms-2 will become (Fsd 2011)

35 / 76

The minimum velocity necessary to put a satellite into orbit (Fsd-2012 Mtn-2010)

36 / 76

Due to some mechanical fault, a lift falls freely from the top of amulistory building. Which of the followings is the apparent weight of a man inside the lift. If mass of man is 80 kg while value of 'g' is 10 m/s2 (UHS 2013)

37 / 76

A mass of 1 kg is free falling. The force of gravity is: (Mtn 2016 Group II)

38 / 76

The ime period of a low flying satellite is: (D.G.Khan 2016 Group I)

39 / 76

The angular momentum → L is given by: (FSD 2016)

40 / 76

The weight of a man in elevator moving down with an acceleration of 9.8 ms-2 will be (Bwp 2010, D.G.khan 2010, Mtn 2012)

41 / 76

The direction of angular momentum of a body moving along a circle is: (GRW 2019 GII)

42 / 76

A geostationary satellite above the equator of earth is at the height of (Sgd GI 2018, Rwp 2016, 2018, D.G.Khan 2010, Bwp 2010)

43 / 76

A stone of mass 16 kg is attached to a string 144 m long and is hirled in a horizontal circle. The maximum tension the string ca withstand is 16N, the maximum velocity of remolution that can be given to the stone wihtout breaking it, will be: (Federal 2017)

44 / 76

A hoop and a shpere of same mass and radius are rolled from top of an inclined plane if vh and vs are the velocities of hoop and sphere (Mirpur 2014 Mtn 2009)

45 / 76

Orbital velocity of a satellite of mass "ms orbiting around earth of mass "M" is: (FSD 2019 GI)

46 / 76

The linear velocity of a disc when it reaches the bottom of an inclined plan of height 'h' is: (Mtn 2015 2018 G II, Lhr 2017, Sgd 2016, Rwp 2011, 2015)

47 / 76

If a body of mass 10kg is falling freely, its apparent weight is: (Fsd 2018, Rwp 2015, D.G.Khan 2018)

48 / 76

Dimensions of √R/g is same as: (RWP 2019 GI)

49 / 76

In rotational motion, the torque is equal to rate of change of: (D.G.Khan 2017)

50 / 76

Which is larger for hoop of mass M and radius R that is rolling without slipping, its translational or rotational kinetic energy? (Grw-2011)

51 / 76

The Rotational K.E of Disc is equal to: (BWP 2019 GI)

52 / 76

Radius of Geostationary orbit is: (Mirpur (Kashmir) 2016)

53 / 76

The apparent weight of a man in ascendig lift moving with acceleration "a" (Bwp 2017, Lhr 2011)

54 / 76

If the Radius of Earth is increased to four times of the present. Critical Velocity Vo becomes: (Bwp GII 2018)

55 / 76

The K.E of any hoop of radius 'r' is given by (D.G.Khan 2015, Rwp 12 Fsd 10)

56 / 76

The number of Satellite which form the Global Positioning System close to earth are: (Swl 2018) (Bwp GI 2018)

57 / 76

The value of angular momentum is maximum which θ is: (GRW 2016)

58 / 76

The dimensions of angular momentum are: (MTN 2016 GI)

59 / 76

Orbital velocity near surface of earth is given by: (Swl 2016, Mtn 2016 Group II)

60 / 76

Orbital speed of a satellite can be determined by the equation: (LHR 2016 GII)

61 / 76

The SI unit of angular momentum is: (Rwp 2017)

62 / 76

A body is moving in a circular path with constant speed. The magnitude of tangential and centripetal acceleration are: (UET 2017)

63 / 76

Angular speed of minutes hand of mechanical watch is: (UHS 2017)

64 / 76

Rotational K.E of disc is given by (Mtn 2013 D.G.Khan 08, Rwp-2013 Lhr-2013 Fsd-2013)

65 / 76

A man in an elevator ascending with an acceleration will conclude that his weight has: (UHS 2016)

66 / 76

A body of mass 2 kg is suspended from the ceiling of an elevator moving up with an acceleration g, its apparent weight in the elevator will be (Azad Kashmir 2017)

67 / 76

Speed of hoop at the bottom of an inclined plane is (Sgd 2016, Mtn 2015 G Rwp 2015, Rwp 2011)

68 / 76

The person stand on a weighing scale in a lift going up world with constant velocity. If the weight of person under normal circumstances is W, the weight showing by scale is the lift will be: (UET 2017)

69 / 76

The ratio of escape velocity ot the critical orbital velocity is (MTN 2015 GII)

70 / 76

In dryer, water is pushed out of wet clothes due to: (Federal 2017)

71 / 76

Weight of 60 kg man is moving elevator (downward) with constant acceleration of 1/2 g (where g = 10 m/sec2) (LHR 2014,2015)

72 / 76

A man in an elevator descending with an acceleration will conclude that his weight has (Grw 09)

73 / 76

Which theory is better about Graviation: (Bwp 2015)

74 / 76

INTELSAT VI satellite operates at microwave Frequencies of (Bwp 2015, D.G.K 2017)

75 / 76

If a rocket is accelerating upword with an acceleration of 2g, an astronaut of weight Mg in the rocket shows apparent weight. (Sgd 2016 G I, 2018 G I)

76 / 76

A body of mass 10 kg in free falling lift has weight (SGD 2019 GII)

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