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The equation of a projectile is y=16x–x24. The horizontal range is:

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Important Questions on Kinematics

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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 158
If a projectile is fired at an angle θ to the vertical with velocity u, then maximum height attained is given by:
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 159
If R is the maximum horizontal range of a particle, then the greatest height attained by it is :
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 160
Two stones are projected with the same speed but making different angles with the horizontal. Their ranges are equal. If the angle of projection of one is π3 and its maximum height is y1, then the maximum height of the other will be :
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 161
A projectile is thrown from a point in a horizontal plane such that its horizontal and vertical velocity components are 9.8 m s-1 and 19.6 m s-1 respectively. Its horizontal range is:
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 162
A projectile is thrown into space so as to have the maximum possible horizontal range equal to 400m. Taking the point of projection as the origin, the coordinates of the point where the velocity of the projectile is minimum are :
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 163
A particle is fired with velocity u making θ angle with the horizontal. What is the change in velocity when it is at the highest point?
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 164
A particle is fired with velocity u making θ angle with the horizontal, the change in speed is :
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Beta Question Bank for Medical: Physics>Chapter 4 - Kinematics>Exercise (Conceptual Questions)>Q 165
An arrow is shot into the air. Its range is 200 metres and its time of flight is 5s. If the value of g is assumed to be 10 ms-2, then the horizontal component of the velocity of arrow is :