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Circular and Rotational Motions: Physics Practice Questions and MCQ Test Series for IITJEE, AIPMT, AIEEE, WBJEE, NAT, BITSAT, AFMC, KEAM, OJEE, Bihar PMT, KIITEE, COMEDK, UPCAT, JIPMER, BHU PMT and Joint Entrance Exams

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Physics >> Circular and Rotational Motions
Prepare with practice questions and MCQ test series (solved) on “Circular Motion”, “Rotational Motion” to prepare for NEET, IITJEE, MBBS Admission Tests, AIPVT - All India Pre-Veterinary Test, Manipal University MBBS Admission Test, COMEDK, JIPMER MBBS Entrance Exam, SRM EEE (SRM Engineering Entrance Exam), KMC Admission Test, EAMCET, AEEE (Amrita Engineering Entrance), Amrita MBBS & BDS Entrance Exam, VITEEE, CMC Vellore Medical Entrance Exam, NAT (National Aptitude Test), ISAT (IIST Admission Test) and other competitive examinations.

Physics Practice Questions / MCQ Test Series on Circular Motion and Rotational Motion for Medical, Engineering Joint Entrance Tests

Syllabus: Kinematics of Circular Motion; Dynamics of Uniform Circular Motion; Centripetal Force; Examples: vehicle on level circular road, vehicle on baked track; Angular Velocity and its relation with Linear Velocity; Torque or Moment of Force and Angular Momentum; Laws of Conservation of Angular Momentum; Theorems of perpendicular axes and parallel axes; Kinematics of Rotational Motion about a fixed axis; Rolling Motion; General relation among Position-Velocity-Acceleration for Motion in a plane and Uniform Circular Motion; Centrifugal Force; Motion in a vertical circle; Rotational Motion of a rigid body; Moment of Inertia; Angular Impulse.

Physics: Circular Motion, Rotational Motion

Multiple Choice Questions – Set 1 (Q No 1-10)
Question 1: The angular velocity of the second’s needle in watch is –







Question 2: If mass, speed and radius of the circle of a particle moving uniformly in a circular path are all increased by 50% the necessary force required to maintain the body moving in the circular path will have to be increased by:
a. 225%       b. 125%
c. 150%       d. 100%

Question 3: In a circus, stuntman rides a motorbike in a circular track of radius R in the vertical plane. The minimum speed at highest point of track will be:






Question 4: Suppose a disc is rotating counter clockwise in the plane of the paper then –
a. It’s angular velocity vector will be perpendicular to the page pointing up out of the page
b. It’s angular velocity vector will be perpendicular to the page pointing inwards
c. It’s angular velocity vector acts along the tangent to the disc
d. None of the above is correct

Question 5: A particle moves along a circle of radius (20 / p) m with constant tangential acceleration. If the velocity of the particle is 80 m/s at the end of the second revolution after motion has begun, the tangential acceleration is –
a. 40 m/s2           b. 640p m/s2
c. 160p m/s2       d. 40p m/s2

Question 6: A solid sphere of mass m rolls without slipping on an inclined plane of inclination θ. The linear acceleration of the sphere is –







Question 7: A particle is moving in a horizontal circle with constant speed. It has constant –
a. Velocity                b. Acceleration
c. Kinetic energy      d. Displacement

Question 8: The maximum tension that an inextensible ring of radius 1 m and mass density 0.1 kg m-1 can bear is 40 N. The maximum angular velocity with which it can be rotated in a circular path is:
a. 20 rad/s      b. 18 rad/s
c. 16 rad/s      d. 15 rad/s

Question 9: A satellite, which orbits the earth in an elliptical orbit, will have constant –
a. Linear speed
b. Angular speed
c. Angular momentum
d. Kinetic energy

Question 10: A solid sphere of mass 2 kg rolls up a 300 incline with an initial speed of 10 ms-1. The maximum height reached by the sphere is: (g = ms-2)
a. 3.5 m       b. 7.0 m
c. 10.5 m     d. 14.0 m


Circular and Rotational Motions - More Practice Questions, MCQ Test Series with solutions 

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Projectile Motion - Physics Online Test Series for AIPMT, NEET, IITJEE, AIEEE, WBJEE, NAT, BITSAT, AFMC, OJEE, Bihar PMT, KIITEE, COMEDK, VITEEE, UPCAT, EAMCET, JIPMER, BHU PMT

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Physics >> Projectile Motion
Physics online preparation test series with solutions for AIPMT, NEET, IITJEE, AIEEE, WBJEE, NAT, BITSAT, AFMC, OJEE, Bihar PMT, KIITEE, COMEDK, VITEEE, UPCAT, EAMCET, JIPMER, BHU PMT, all Medical and Engineering Joint Entrance Exams; MBBS Admission Tests.

Practice questions with solutions on the syllabus topics (randomly selected):
Projectile Motion; Projectile Motion in an inclined plane; Relative Motion between two Projectiles; Motion in two dimensions; Cases of Uniform Velocity and Uniform Acceleration-Projectile Motion; Motion of objects in three dimensional space

Physics: Projectile Motion

Multiple Choice Questions – Set 1 (Q. No. 1-10)
Question 1: The time of flight of projectile is 10 second and its range is 500m. The maximum height reached by it will be – (g = 10 m/s2)
a. 25 m
b. 50 m
c. 82 m
d. 125 m

Question 2: Velocity of an oblique projectile in its flight –
a. Remains constant in its flight
b. First decreases, becomes zero and then increases
c. First decreases, reaches a minimum and then increases
d. First increases, reaches a maximum and then decreases

Question 3: A ball is thrown upwards and it returns to ground describing a parabolic path. Which of the following remains constant –
a. Kinetic energy of the ball
b. Speed of the ball
c. Horizontal component of velocity
d. Vertical component of velocity

Question 4: Which one of the following statements is not true about the motion of a projectile?
a. The time of flight of a projectile is proportional to the speed with which it is projected at a given angle of projection
b. The horizontal range of a projectile is proportional to the square root of the speed with which it is projected
c. For a given speed of projection, the angle of projection for maximum range is 450
d. At maximum height, the acceleration due to gravity is perpendicular to the velocity of the projectile

Question 5: The maximum range of a gun on horizontal terrain is 1.0 km. If g = 10 m/s2 what must be the muzzle velocity of the shell?
a. 400 m/s
b. 200 m/s
c. 100 m/s
d. 50 m/s

Question 6: A ball is thrown horizontally and the same time another ball is dropped down from the top of a tower
(A) Both the balls will reach the ground at the same time
(B) Both will strike the ground with the same velocity
a. (A) is true and (B) is false
b. (A) is true and (B) is true
c. (A) is false and (B) is true
d. (A) is false and (B) is false

India Study Solution - Online Physics practice questions image
















Physics : Projectile Motion
Solutions of Test Series – Set 1 (Q. No.1 –10)
Answer 1: (d).   Answer 2: (c).   Answer 3: (c).   Answer 4: (b).


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India Study Solution - Projectile Motion - Solutions of Physics Problems image







Chemistry: Prepare and practice online for Medical, Engineering JEE - Classification of Elements, Periodic Table, Periodicity in Properties

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Chemistry > Classification of Elements, Periodic Table, Periodicity in Properties
Fully solved sample questions (MCQ - Multiple Choice Questions) exclusively helpful for preparing all Medical Entrance Exams, Dental Entrance Exams, Engineering Entrance Exams; Admission Tests for MBBS, BDS, B Tech and other courses.

Chemistry Practice Questions: Classification of Elements, Periodic Table and Periodicity in Properties (Syllabus)

Genesis of Periodic Classification, Earlier Attempts of Classification of Elements, Mendeleev’s Periodic Law and Original Periodic Table, Modern Periodic Law and Long Form of Periodic Table, (Modified Form of Mendeleev’s Periodic Table), Naming the Elements, Periodic Table of Elements (Long Form representing Electron Configurations), Position of an Element on the Basis of Electronic Configuration, Nomenclature of Elements with Atomic Number > 100, Electronic Configurations of Elements and the Periodic Table, Periodic Trends in Properties of Elements or Atomic Properties or Periodic Properties of Elements, The Screening Effects or Shielding Effect, Effective Nuclear Charge, Ionisation Enthalpy or Ionisation Potential, Atomic Radii, Ionic Radii, Ionization Enthalpy, Electron Gain Enthalpy, Electron Affinity, Electronegativity, Valence, Electronic Configurations and Types of Elements: s, p, f-Blocks

Chemistry: Classification of Elements, Periodic Table and Periodicity in Properties

Multiple Choice Questions (MCQs) – Set 2 (Q. No. 11-20)

For next and previous questions please click on the links below:

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Question 11: Rare earths are generally
a. Actinides                            b. f-Block elements 
c. Inner transition elements   d. Lanthanides

Question 12: Amongst the elements with following electronic configurations, which one of them may have the highest ionization energy?
a. Ne [3s2 3p1]        b. Ne [3s2 3p3]  
c. Ne [3s2 3p2]        d. Ar [3d10 4s2 4p3]

Question 13: The ionisation energy will be higher when the electron is removed from _____ if other factors being equal.
a. s-orbital   b. p-orbital   c. d-orbital   d. f-orbital

Question 14: The elements with atomic numbers 10, 18, 36, 54 and 86 are all:
a. light metals   b. inert gases   c. halogens   d. rare-earths

Question 15: The starting element and last element in the largest period in modern periodic table are
a. Rb and Xe   b. Cs and I   c. Cs and Rn   d. Fr and Kr

Question 16: The first, second and third ionisation energies of Al are 578, 1817 and 2745 kJ mol- respectively. Calculate the energy required to convert all the atoms of Al to Al+3 present in 270 mg of Al vapours
a. 5140 kJ   b. 51.40 kJ   c. 2745 kJ   d. 514.0 kJ

Question 17: The set representing the correct order of first ionisation potential is:
a. K > Na > Li      b. Be > Mg > Ca  
c. B > C > N        d. Ge > Si > C 

Question 18: Which among the following element have lowest value of first ionization energy?
a. Pb   b. Sn   c. Si   d. C

Question 19: Which one of the following oxides is neutral?
a. CO     b. SnO2     c. ZnO     d. SiO2

Question 20: The correct order of the metallic character is:
a. Na > Mg > Al > Si        b. Mg > Na > Al > Si
c. Al > Mg > Na > Si        d. Si > Al > Na > Mg




Classification of Elements, Periodic Table and Periodicity in Properties
Solutions of Practice Questions Set 2 (Q. No. 11 - 20)

Answer 11: (d)   Answer 12: (b)   Answer 13: (a)   Answer 14: (b)   Answer 15:(c)   Answer 16:(b)     Answer 17: (b) Hint: Down the group the effective nuclear charge remains almost constant. But down the group with increasing atomic number the number of atomic orbits increases and there by atomic size increases. As a result, the distance of valence shell electron from nucleus increases and attraction between them decreases and therefore ionization energy decreases.
Answer 18: (b)   Answer 19: (a) Hint: CO is neutral towards litmus. SnO2 and ZnO are amphoteric as they form salts and water with acids and bases. SiO2 is acidic as it forms salts with bases.
SiO2 + 2NaOH → Na2SiO3 + H2O.
Answer 20: (a) Hint: The metallic character of the elements is highest at the extremely left (low ionisation energies) and then decreases across the period from left to right (ionisation energies increases across the period)

More Practice Questions: Classification of Elements Periodic Table Periodicity in Properties
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Classification of Elements, Periodic Table, Periodicity in Properties - MCQ Test Series for all Medical, Engineering Entrance Exams and Admission Tests

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Chemistry >> Classification of Elements, Periodic Table, Periodicity in Properties
Fully solved sample questions (MCQ - Test Series) exclusively helpful for preparing all Medical Entrance Exams, Dental Entrance Exams, Engineering Entrance Exams; Admission Tests for MBBS, BDS, B Tech and other courses.
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Classification of Elements, Periodic Table and Periodicity in Properties (Syllabus):

Genesis of Periodic Classification, Earlier Attempts of Classification of Elements, Mendeleev’s Periodic Law and Original Periodic Table, Modern Periodic Law and Long Form of Periodic Table, (Modified Form of Mendeleev’s Periodic Table), Naming the Elements, Periodic Table of Elements (Long Form representing Electron Configurations), Position of an Element on the Basis of Electronic Configuration, Nomenclature of Elements with Atomic Number > 100, Electronic Configurations of Elements and the Periodic Table, Periodic Trends in Properties of Elements or Atomic Properties or Periodic Properties of Elements, The Screening Effects or Shielding Effect, Effective Nuclear Charge, Ionisation Enthalpy or Ionisation Potential, Atomic Radii, Ionic Radii, Ionization Enthalpy, Electron Gain Enthalpy, Electron Affinity, Electronegativity, Valence, Electronic Configurations and Types of Elements: s, p, f-Blocks

Classification of Elements, Periodic Table and Periodicity in Properties

Fully Solved Practice Questions - MCQ Test Series (Set-1 : Q.No 1-10)

 For next questions click on the link below: 
<<Prev                                       (Q.No 11-20)  Next>>

Question 1: An element ‘X’ with atomic number 114 has recently been discovered. Its IUPAC name is:
a. Eka-lead    b. Ununfortium    c. Ununquadium     d. Bohrium

Question 2: The maximum number of elements available in elemental form
a. 26   b. 92    c.111     d. 118

Question 3: Which of the following ion is the largest in size?
a. K+    b. Ca2+   c. Cl-    d. S-2

Question 4: Element with electronic configuration as [Ar]18 3d5 4s2 is placed in:
a. 1st group, s-block       b. 2nd group, s-block  
c. 5th group, d-block      d. 7th group, d-block

Question 5: The atom larger in size as compared to oxygen is:
a. F    b. He   c. Ne    d. None of these.

Question 6: In the long form of periodic table, the number of period indicates the value of:
a. Atomic number                    b. Atomic mass 
c. Principal quantum number  d. Azimuthal quantum number

Question 7: First periodic table was drafted by
a. Mosely     b. Newlands    c. Dobereiner   d. Mendeleev

Question 8: Which one of the following is correct order of the size of iodine species?
a. I> I> I          b. I- > I > I+    
c. I > I- > I+            d. I > I+ > I-

Question 9: Among Cl- , F- , Br- and I-  the correct order of increasing atomic radii is:
a. I- > F- > Cl- > Br-     b. I- > Br- > Cl- > F-   
c. F- > Br- > Cl- > I-     d. F- > Cl- > Br- > I-

Question 10: Ce (58) is a member of :
a. s-block   b. p-block  
c. d-block   d. f-block




Classification of Elements, Periodic Table and Periodicity in Properties
Solutions of Practice Questions Set 1 (No. 1 - 10)
Answer 1: (c) Hint: Un – un – quad – ium
                                1      1       4
Answer 2: (b)    Answer 3: (d)
Answer 4: (d) Last electrons enter in d-orbital. So, it belongs to d-block. For d-block elements the group number is equal to the number of valence electrons + number of electrons in (n – 1) d sub shell i.e., 2 + 5 =7th group.
Answer 5: (c)  Answer 6: (c) [Hint: The serial number of the period indicates the principal quantum number (n) which is the value of the valence shell of the atoms of the elements present in that period.]
Answer 7: (d)  Answer 8: (b)  Answer 9: (b)  Answer 10: (d)

 Must see: Classification of Elements, Periodic Table, Periodicity in Properties 


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