1st Year Physics Chapter Three MOTION AND FORCE MCQs Quiz Test

 If you are looking first Year Chapter Three Physics MOTION AND FORCE Chapter Wise MCQs question answers, You are here on right website all of these Multiple Choice Question answers are helpful for learning exams MCQs Questions with solutions. Learn these important Key points for upcoming board exams and tests preparations.

1st Year Physics MCQs
1st Year Physics Chapter 3 MCQs

On this website you will learn first Year Physics Unit Three MOTION AND FORCE MCQs with solved Answers. Mostly past papers important MCQs are helpful for getting better marks. You will easily learn this chapter by learning these solved MCQs of MOTION AND FORCE.


Important Key Points You Will Learn in Chapter Three:

  • Displacement
  • Velocity
  • Acceleration
  • Newton’s Laws of Motion
  • Momentum and Newton’s Second Law of Motion
  • Impulse
  • Law of Conservation of Momentum
  • Elastic and Inelastic Collision
  • Force due to Water Flow
  • Momentum and Explosive Forces
  • Rocket Propulsion
  • Projectile Motion


Q.1: What must change when a body is accelerating?
  1. The mass of the body
  2. The velocity of the body
  3. The speed of the body
  4. The force acting on the body
B
Q.2: A body is moving with uniform velocity. Its?
  1. Speed changes
  2. Acceleration changes
  3. The direction of motion changes
  4. Displacement from origin changes
D
Q.3: A man in a car moving with a velocity 36km/hr. His speed with respect to the car is:?
  1. 10m/s
  2. 36m/s
  3. Zero
  4. Infinite
C
Q.4: When the velocity-time graph is a straight line parallel to the time axis then:?
  1. Acceleration is const
  2. Acceleration is variable
  3. Acceleration is zero
  4. Velocity is zero
C
Q.5: A body is moving in a circle at a constant speed. Which of the following statement is true about the body?
  1. There is no acceleration
  2. There is a force acting at a tangent to a circle
  3. There is a force acting away from the center of the circle
  4. There is a force acting towards the center of the circle
D
Q.6: When a person walks along East, the force of friction is along?
  1. East
  2. West
  3. Anywhere from east to west
  4. Anywhere from north to south
B
Q.7: Instantaneous and average velocities become equal when the body:?
  1. Has zero acceleration
  2. Has uniform acceleration
  3. Has variable acceleration
  4. Moves in a circle
A
Q.8: Which law of motion is called the law of inertia?
  1. 1st law
  2. 2nd law
  3. 3rd law
  4. All 1st, 2nd and 3rd
A
Q.9: When a horse pulls a cart, the force that makes the horse run forward is the force exerted by?
  1. The horse on the ground
  2. The cart on the ground
  3. The ground on the horse
  4. The ground on the cart
C
Q.10: Newton’s law does not hold good for particles?
  1. At rest
  2. Moving slowly
  3. Move with high velocity
  4. Move with a velocity comparable to the velocity of light
D
Q.11: 1st law of motion gives the definition of?
  1. Rest
  2. Motion
  3. Velocity
  4. Force
D
Q.12: 2nd law of motion measure which quantity?
  1. Force
  2. Acceleration
  3. Velocity
  4. Both force and acceleration
A
Q.13: Imran travels 2m with speed v1 and then 2m with speed v2 his average speed is?
  1. v1 + v2/2
  2. v1v2/2
  3. v1v2/v1+v2
  4. 2v1v2/v1+v2
D
Q.14: Momentum depends upon?
  1. Force acts on the body
  2. Mass of the body
  3. The velocity of the body
  4. Both mass and velocity of the body
D
Q.15: Why does an object falling in the earth’s gravitational field reach a steady velocity?
  1. Air resistance increases with increasing the velocity
  2. The earth’s gravitational field decreases as the object falls
  3. The mass of the object remains constant
  4. The weight of the object increases as it falls
A
Q.16: When a body moves in a straight line then its displacement coincides with?
  1. Distance
  2. Force
  3. Acceleration
  4. Both a and b
A
Q.17: When two bodies stick together after the collision, the collision is said to be?
  1. Perfectly elastic
  2. Partially elastic
  3. Completely inelastic
  4. None of these
C
Q.18: Motorcycle safety helmet extends at the time of the collision and hence decreasing the?
  1. Change of collision
  2. Force acting
  3. Velocity
  4. Impulse
B
Q.19: The collision between the two bodies may be elastic if bodies are?
  1. Solid and soft
  2. Soft and elastic
  3. Solid and hard
  4. Hard and elastic
C
Q.20: At the maximum height on the trajectory which of projectile becomes zero?
  1. Acceleration
  2. Velocity
  3. Vertical velocity
  4. Horizontal velocity
C
Q.21: When the car takes turns around a curve road, the passengers feel a force acting on them in a direction away from the center of the curve. It is due to?
  1. Centripetal force
  2. Gravitational force
  3. Their inertia
  4. Centrifugal force
C
Q.22: A body is falling freely under gravity. How much distance does it fall during an interval of time between 1st and 2nd seconds of its motion, taking g = 10?
  1. 10m
  2. 15m
  3. 20m
  4. 25m
B
Q.23: What is the shape of the velocity-time graph for constant acceleration?
  1. Straight inclined line
  2. Parabola
  3. Inclined curve
  4. Declined curve
A
Q.24:   When a collision between the bodies in 2 system is inelastic in nature than for the system?
  1. Momentum changes but K.E remain to conserve
  2. K.E changes but momentum remain to conserve
  3. Both momentum and K.E changes
  4. Both momentum and K.E remain to conserve
B
Q.25: Which shows the correct relation between time of flight T and maximum height H?
  1. H = gT2/8
  2. H = 8T2/g
  3. H = 8g/T2
  4. H = 8/gT2
A
Q.26: If an iron ball and wooden ball of the same radius was released from the height ‘h’ in a vacuum, then the time taken by both of them to reach the ground will be?
  1. Unequal
  2. Equal
  3. Zero
  4. None of these
B
Q.27: Taking off a rocket can be explained by?
  1. 1st law of motion
  2. 2nd law of motion
  3. Law of conservation of momentum
  4. Law of conservation of energy
C
Q.28: Which of the following is not an example of projectile motion?
  1. A gas-filled balloon
  2. Bullet fired from a gun
  3. A football kicked
  4. A baseball shot
A
Q.29: What is the angle of projection for which the range and maximum height become equal?
  1. tan-11/4
  2. tan-14
  3. tan-1 ½
  4. tan-12
B
Q.30: The thrust on the rocket in the absence of gravity is?
  1. Constant
  2. Not constant
  3. Constant if the rate of ejected gases is constant
  4. Constant for short-range rocket
A
Q.31: When two bodies move towards each other with constant speeds the distance between them decreases at the rate of 6m/sec. If they move in the same direction the distance between them increases at the rate of 4m/sec. Then their speeds are?
  1. 5m/s, 1m/s
  2. 3m/s, 3m/s
  3. 6m/s, 1m/s
  4. 4m/s, 2m/s
A
Q.32: Distance covered by a freely falling body in 2 seconds will be?
  1. 4.9m
  2. 19.6m
  3. 39.2m
  4. 44.1m
B
Q.33: The distance covered by a body with uniform acceleration in time ‘t’ starting from rest is?
  1. at2/2
  2. Vt
  3. a2t/2
  4. Both a and b
A
Q.34: Flight of a rocket in the space is an example of?
  1. The second law of motion
  2. Third law of motion
  3. The first law of motion
  4. Law of gravitation
B
Q.35: The trajectory (or path) of a projectile flying against strong air currents is?
  1. Straight line
  2. Parabola
  3. Hyperbola
  4. Not a parabola
D
Q.36: Rocket engine lifts rocket from the earth’s surface because of hot gas with high velocity?
  1. React against the rocket and push it up
  2. Push against the air
  3. Push against the earth
  4. Heat up the air which lifts the rocket
A
Q.37: The force experienced by a wall on which water strikes normally at a speed of 10ms-1 and at a discharge of 0.0001m3s-1 is?
  1. 1N
  2. 10N
  3. 100N
  4. None
A
Q.38: The time rate of change of momentum is equal to?
  1. Force
  2. Impulse
  3. Velocity
  4. Both a and c
A
Q.39: The range of the projectile at 30° is R30 and at 60° is R60 then?
  1. R30 = R60
  2. R30 = 2R60
  3. 2R30 = R60
  4. R30 = R60 if initial velocities are the same
D
Q.40: Why do Ballistic missiles fail in some circumstances of precision?
  1. Due to their shape
  2. Due to air resistance
  3. Due to the angle of projection
  4. All of these
B

1st Year Physics Chapter Two VECTORS AND EQUILIBRIUM MCQs Quiz Test

If you are looking first Year Chapter Two Physics VECTORS AND EQUILIBRIUM Chapter Wise MCQs question answers, You are here on right website all of these Multiple Choice Question answers are helpful for learning exams MCQs Questions with solutions. Learn these important Key points for upcoming board exams and tests preparations.

1st Year Physics Chapter Two Notes
Physics Vectors and Equilibrium Notes


On this website you will learn first Year Physics Unit Two VECTORS AND EQUILIBRIUM MCQs with solved Answers. Mostly past papers important MCQs are helpful for getting better marks. You will easily learn this chapter by learning these solved MCQs of VECTORS AND EQUILIBRIUM.

Important Key Points You Will Learn in Chapter Two:

  • Vectors
  • Rectangular Components of a vector
  • Position Vector
  • Vector Addition by Rectangular Components
  • Scalar Product and Vector Product
  • Torque
  • Conditions of Equilibrium

11th Class Chapter No.2 Physics MCQs Quiz Test

Q.1: Rectangular coordinate system is also called?
  1. Polar coordinate system
  2. Cartesian coordinate system
  3. Cylindrical-coordinate system
  4. Spherical coordinate system
B
Q.2: The direction of a vector in space is specified by?
  1. One angle
  2. Two angle
  3. Three angle
  4. No angle
C
Q.3: Addition of vector obey?
  1. Commutative law
  2. Distributive law
  3. Associative law
  4. All of these
D
Q.4: Which of the following statement is correct about force and velocity?
  1. Force and velocity both are scalars
  2. Force and velocity both are vectors
  3. Force is scalar and velocity is vector
  4. Force is vector and velocity is scalar
B
Q.5: Unit vector n is along?
  1. x-axis
  2. Normal on a surface
  3. y-axis
  4. z-axis
B
Q.6: Cosθ i + Sinθ j is a?
  1. Vector
  2. Position vector
  3. A vector in the direction at angle θ with x-axis
  4. The unit vector in the direction at angle θ with x-axis
D
Q.7: Maximum number of rectangular components are?
  1. One
  2. Two
  3. Three
  4. Infinite
C
Q.8: The maximum number of components of a vector maybe?
  1. One
  2. Two
  3. Three
  4. Infinite
D
Q.9: Which one is not correct for a vector A = √2i +√2j?
  1. has direction θ = 45° with x-axis
  2. has magnitude
  3. has magnitude 2 and direction θ = 45° with the y-axis
  4. has magnitude -2
D
Q.10: The result of two forces of equal magnitudes is also equal to the magnitude of the forces. The angle between the two forces is?
  1. 30°
  2. 60°
  3. 90°
  4. 120°
D
Q.11: What is the angle that the given vector makes with y-axis and A = 2i + √.12 j?
  1. 30°
  2. 60°
  3. 90°
  4. 120°
B
Q.12: In which quadrant the two rectangular components of a vector have same sign?
  1. 1st
  2. 2nd
  3. Both 1st and 3rd
  4. 4th
C
Q.13: Two vectors A and B are making angle θ with each other. The scalar projection of vector B on vector A is written as?
  1. A.B/A
  2. A.B/B –
  3. A.cosθ
  4. Both a and b are correct
A
Q.14: Two vectors are A = 3i + 2j – k and B = 3i – 2j + k then?
  1. B is antiparallel to A
  2. B is inclined at 60° with A
  3. B has a negative magnitude
  4. B is perpendicular to A
A
Q.15: Arc of a triangle formed by vectors i and (i – j) is?
  1. 1
  2. 0
  3. ½
  4. Triangle cannot be formed by these vectors
C
Q.16: Which of the following is a scalar quantity?
  1. The braking force needed to stop the car
  2. The heat needed to boil some water
  3. The effort needed to hammer a nail into wood
  4. The thrust needed to lift a rocket off the ground
B
Q.17: Which is not a correct relation?
  1. A x B = A x B
  2. |A x B| = – |B x A|
  3. A x B = ABSinθn
  4. B x A = ABSinθ (-n)
B
Q.18: Out of the following set of forces, the resultant of which triplet cannot be zero?
  1. 10, 10, 10
  2. 10, 10, 20
  3. 10, 20, 40
  4. 10, 20, 20
C
Q.19: If east, west, north, south, up and down are representing the direction of unit vectors, then east x south has direction along?
  1. West
  2. North
  3. Down
  4. Up
C
Q.20: Null Vector is a vector which has?
  1. Zero magnitude
  2. No specified direction
  3. Both a and b are correct
  4. Both a and b are not correct
C
Q.21: Which one is a unit vector?
  1. √3i + √3j + √3k
  2. 1/√3 i + 1/√3j + 1/√3 k
  3. √3/3 i + √3/3j + √3/3 k
  4. Both b and c are correct
C
Q.22: Angle between A = i and B = i – j is?
  1. 0°
  2. 45°
  3. 90°
  4. 270°
B
Q.23: The magnitude of the cross product of two vectors is equal to the dot product between them. The angle between the two vectors?
  1. 30°
  2. 45°
  3. 60°
  4. 180°
B
Q.24: An airplane flies 400m due north and then flies 300m south and then flies 1200m. The net displacement is?
  1. 1500m
  2. 1200m
  3. 900m
  4. 700m
B
Q.25: A vector contains more information than a scalar. What is this extra information?
  1. Acceleration
  2. Direction
  3. Size
  4. Resultant
B
Q.26: Five equal forces of 10N each are applied at one point and all are lying in one place. If the angles between them are equal, the resultant force will be?
  1. 10N
  2. 20N
  3. 10 √2 N
  4. Zero
D
Q.27: The torque acting on a body determines?
  1. Acceleration
  2. Linear acceleration
  3. Angular acceleration
  4. The direction of motion of the body
C
Q.28: The torque acting on a body determines?
  1. [MLT-1]
  2. [ML2T-1]
  3. [ML2T-2]
  4. [ML2T]
C
Q.29: A body will be in complete equilibrium when it is satisfying?
  1. 1st condition of equilibrium
  2. 2nd condition of equilibrium
  3. Both 1st and 2nd condition of equilibrium
  4. Impossible
C
Q.30: A body in equilibrium is?
  1. At rest
  2. In motion
  3. At rest or in uniform motion
  4. All are correct
C
Q.31: Three coplanar forces acting on a body keep it in equilibrium. They should therefore be?
  1. Concurrent
  2. Non-concurrent
  3. Parallel
  4. Non-parallel
A
Q.32: Which of the following pairs does not have identical dimensions?
  1. Torque and energy
  2. Momentum and impulse
  3. Energy and work
  4. Mass and moment of inertia
D
Q.33: A central force is that which?
  1. Can produce torque
  2. Can’t produce torque
  3. Some time can produce torque some time can’t
  4. Has no relation with torque
B
Q.34: It is easier to turn a steering wheel with both hands than with a single hand because?
  1. Acceleration force increase on the wheel
  2. Two forces act on the wheel
  3. Two hands provide a firm grip
  4. The couple acts on the wheel
D
Q.35: A force of 10N is acting along the y-axis. Its component along the x-axis is?
  1. Zero
  2. 10N
  3. 100N
  4. 5N
A
Q.36: The unit vector in the direction of vector A = 2i – 2j + k is?
  1. 2i – 2j + k/2
  2. 2i – 2j + k/9
  3. 2i – 2j + k/3
  4. 2i – 2j + k/5
C
Q.37: The magnitude of i.jxk is?
  1. 0
  2. 1
  3. -1
  4. i
B
Q.38: In which quadrant only, the value of ‘tan’ will be positive?
  1. First
  2. Second
  3. Third
  4. Both 1st and 3rd
D
Q.39: The cross product of two vectors is zero when?
  1. They are parallel vectors
  2. They are anti-parallel vectors
  3. They are perpendicular vectors
  4. Both a and b are correct
D

1st Year Physics Chapter One MEASUREMENTS MCQs Quiz Test

If you are looking Chapter Wise MCQs question answers for 1st Year Physics. You are here on right website all of these Multiple Choice Question answers are helpful for learning exams MCQs Questions with solutions. Learn these important Key points for upcoming board exams and tests preparations.

Physics MCQs Chapter 1
Physics Chapter 1 MCQs Quiz Test

On this website you will learn first Year Physics Unit One Measurement MCQs with solved Answers. Mostly past papers important MCQs are helpful for getting better marks. You will easily learn this chapter by learning these solved MCQs.

Important Key Points You Will Learn in Chapter One:
  • Physics
  • Physical Quantities
  • International System of Units
  • Errors and Uncertainties
  • Significant Figures
  • Precision and Accuracy
  • Dimensions of Physical Quantities

First Year Physics Chapter 01 Measurements Solved MCQs Quiz Test

Q.1: Which one is not a branch of physical sciences?
  1. Chemistry
  2. Astronomy
  3. Geology
  4. Biology
D
Q.2: The dimension of energy density is the same as that of?
  1. Pressure
  2. Force
  3. (Velocity)2
  4. Acceleration
A
Q.3: Which property of a solid object cannot be changed by the application of force?
  1. Length
  2. Mass
  3. Area
  4. Speed
B
Q.4: For what physical quantity is the pascal a unit?
  1. Stress
  2. Pressure
  3. Young’s modulus
  4. All of these
D
Q.5: In scientific notation, numbers are expressed in?
  1. Power of ten
  2. Powers of two
  3. Reciprocal
  4. Decimal
B
Q.6: 1024 can be written in scientific notation as?
  1. 1.024 x 103
  2. 210
  3. 0.000976
  4. 1/0.00097
A
Q.7: Prefix deca represents?
  1. 101
  2. 102
  3. 103
  4. 10-1
A
Q.8: The error in measurement may occur due to?
  1. Inexperience of a person
  2. The faulty apparatus
  3. Inappropriate method
  4. Due to all reasons in a, b and c
D
Q.9: The uncertainty in measurement may occur due to?
  1. Limitation of an instrument
  2. Natural variation of the object to be measured
  3. Inadequate of technique
  4. All given in a, b and c
D
Q.10: Random error can be reduced by?
  1. Taking zero correction
  2. Comparing the instrument with another more accurate one
  3. Taking mean of several measurements
  4. All methods explain in a, b and c
C
Q.11: In any measurement the significant figures are?
  1. All accurately known and all doubtful digits
  2. Only accurately known digits
  3. Only doubtful digits
  4. All accurately known digits and the first doubtful
D
Q.12: A digit zero in a measurement?
  1. May be significant may not significant
  2. Always significant
  3. Always insignificant
  4. Significant only if left to a significant figure
A
Q.13: The number of significant figures in 0.0173 are?
  1. Three
  2. Four
  3. Five
  4. Two
A
Q.14: Smaller the least count of the instrument more is the measurement?
  1. Accurate
  2. Precise
  3. Accurate and Precise
  4. None of these
B
Q.15: Which system of the units is a coherent system of units in mechanics?
  1. CGS
  2. MKS
  3. FPS
  4. All of these
D
Q.16: ML-1T-2 is the dimension of?
  1. Force
  2. Pressure
  3. Momentum
  4. Energy
B
Q.17: Dimensional analysis is helpful for?
  1. Deriving a possible formula
  2. Checking the homogeneity of a physical equation
  3. Verification of laws
  4. Only a and b are correct
D
Q.18: Which equation is not dimensionally correct?
  1. E=mc2
  2. Vf=Vi+at
  3. S=Vt2
  4. S=1/2 at2
C
Q.19: SI unit of coefficient of viscosity is?
  1. kg.m.s-1
  2. kg.m-1.s-1
  3. kg.m.s
  4. kg-1m-1s-1
B
Q.20: Three students measured length of needle with meter rod and recorded as: (i) 0.2145m (ii) 0.21m (iii) 0.214m. Which one is a correct record?
  1. Only (i)
  2. Only (ii)
  3. Only (iii)
  4. Both (i) and (ii)
C
Q.21: One light-year is equal to?
  1. 9.5×1015m
  2. 9.5×1015sec
  3. 9.5×1015km
  4. 9.5×1015cm
A
Q.22: Absolute uncertainty in a measurement depends upon?
  1. The magnitude of the measurement
  2. Least count of the instrument
  3. The percentage error in the measurement
  4. System of unit
B
Q.23: Steradian is the SI unit of?
  1. Plane angle
  2. Solid angle
  3. Both plane angle and solid angle
  4. Neither plane angle nor solid angle
B
Q.24: Which pair has the same dimension?
  1. work, torque
  2. Work, energy
  3. Energy, torque
  4. All are correct
D
Q.25: Total uncertainty, in the result obtained from the subtraction of two measurements, is equal to?
  1. Sum of their absolute uncertainties
  2. The difference of their absolute uncertainties
  3. Product of their absolute uncertainties
  4. Division of their absolute uncertainties
A
Q.26: Which one is the highest power multiple?
  1. Giga
  2. Peta
  3. Mega
  4. Deca
B
Q.27: One femto stands for?
  1. 10-15
  2. 10-12
  3. 10-9
  4. 10-6
A
Q.28: Percentage uncertainty in radius r is 2%. The percentage uncertainty in the volume of a sphere is?
  1. 4%
  2. 6%
  3. 8%
  4. 9%
B
Q.29: The unit of force is _______ and its symbol is ________ . Which is the correct pair?
  1. Newton, n
  2. Newton, N
  3. newton, n
  4. newton, N
D
Q.30: Which of the following length is more precise measured by the instrument having least count of 0.00001cm? (1) 5cm (2) 5.00cm (3) 5.000cm (4) 5.00000cm?
  1. 1
  2. 2
  3. 3
  4. 4
D
Q.31: Which one is the derived quantity in SI units?
  1. Electric current
  2. Electric charge
  3. Plane angle
  4. Amount of substance
B
Q.32: Which one is the correct representation of the unit of pressure?
  1. Newton / Meter2
  2. newton / meter2
  3. Newton / meter2
  4. newton / Meter2
B
Q.33: Which one is the dimensionally correct equation?
  1. f=vt
  2. S=Vit + ½ at2
  3. V=St
  4. V=f/t
B
Q.34: Zero error of the instrument is a type of?
  1. Random error
  2. Personal error
  3. Systematic error
  4. Classified error
C
Q.35: In multiplication and division of measurement?
  1. Percentage uncertainties are added?
  2. Absolute uncertainties are added
  3. Percentage uncertainties are divided
  4. Absolute uncertainties are divided
D
Q.36: The number of significant figures in 5.400 are?
  1. Three
  2. Five
  3. Two
  4. None
D
Q.37: To reduce the uncertainty in the timing experiment?
  1. Use the highly precise instrument
  2. Conduct at room temperature
  3. Count number of vibration
  4. Both a and c
D
Q.38: The number of significant figures in the length of a bar 9800mm measured by meter rod is?
  1. Four
  2. Three
  3. Two
  4. None of these
A
Q.39: A wire when heated shows a 2% increase in length. The increase in the cross-section area would be?
  1. 1%
  2. 2%
  3. 4%
  4. 8%
C
Q.40: Which of the following is not a correct representation method of prefixes?
  1. 1mm
  2. 10km
  3. 1000 μ
  4. Both a and b
C

Junior Clerk District Rawalpindi PPSC Past Papers MCQs Quiz

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Online MCQs Junior Clerk Question Answers






Q.1: Nightingale Florence belongs to France was a ------?
  1. Nurse
  2. Banker
  3. Teacher
  4. None of These
A
Q.2: Pakistan won gold medal for the first time in Olympics?
  1. 1987
  2. 1960
  3. 1972
  4. 1981
B
Q.3: Latakia is the seaport of --------?
  1. Syria
  2. Itly
  3. Saudia
  4. UAE
D
Q.4: Mahan Airline belongs to ------?
  1. Janpan
  2. Itly
  3. Saudia
  4. Iran
D
Q.5: Paris is the capital of ------- situated on the bank of Seine?
  1. Newzeeland
  2. Germany
  3. France
  4. Itly
C
Q.6: MI6 and MI5 are the secret agencies of -------?
  1. Caneda
  2. UK
  3. UAE
  4. Itly
B
Q.7: Don is river of Russia and Darling is river of ------?
  1. France
  2. Germany
  3. Australia
  4. UK
C
Q.8: Hitler party which came into power in -------- is known as Nazi Party?
  1. 1933
  2. 1918
  3. 1953
  4. 1900
A
Q.9: Epsom England is the place associated with --------?
  1. Car Racing
  2. Dog Racing
  3. Camel Racing
  4. Horse racing
D
Q.10: First human heart transplant operation conducted by Dr. Christian Bernard on Louis Washkansky was conducted in ------?
  1. 1956
  2. 1988
  3. 1967
  4. 1965
C
Q.11: Fathometer is used to measure --------?
  1. Sky Height
  2. River Flow
  3. Sea Water
  4. Ocean depth
D
Q.12: First International Peace Congress was held in London in -------?
  1. 1877
  2. 1843 AD
  3. 1866
  4. 1834
B
Q.13: Who discovered penicillin------?
  1. Yorio Vim
  2. Jorge Milson
  3. Alexander Fleming
  4. None of These
C
Q.14: ------ deals with Relation between organisms and their environment?
  1. Revology
  2. Ecology
  3. Sivomometer
  4. None of These
B
Q.15: Each year World Red Cross and Red Crescent Day is celebrated on ------?
  1. 7 March
  2. 15 April
  3. 19 August
  4. 8 May
D
Q.16: Dr Zakir Hussain was the first Muslim president of ------?
  1. India
  2. Germany
  3. Caneda
  4. Itly
A
Q.17: What is the actual name of F-16?
  1. Figter Fly
  2. Speed Rocket
  3. Fighting Star
  4. Fighting Falcon
D
Q.18: Petronas towers are located in?
  1. Germany
  2. Kuala Lumpur
  3. Itly
  4. New York
B
Q.19: International Press Freedom Day?
  1. 4th January
  2. 2nd April
  3. 3rd May
  4. 12th March
C
Q.20: The Headquarters of the UN Security Council is located at -------- ?
  1. New York
  2. Hanerey
  3. Germany
  4. Canada
A

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