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Motion in a Straight Line Test - 22
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Motion in a Straight Line Test - 22

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  • Question 1/10
    4 / -1
    The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man jumps to a height of 2 m on the surface of A. What is the height of jump by the same person on the planet B
    Solutions

  • Question 2/10
    4 / -1
    If a body is thrown up with the velocity of 15 m/s then maximum height attained by the body is (g = 10 m/s2)
    Solutions

  • Question 3/10
    4 / -1
    A packet is dropped from a balloon which is going upwards with the velocity 12 m/s, the velocity of the packet after 2 seconds will be
    Solutions

  • Question 4/10
    4 / -1
    If a freely falling body travels in the last second a distance equal to the distance travelled by it in the first three second, the time of the travel is
    Solutions

  • Question 5/10
    4 / -1
    The effective acceleration of a body, when thrown upwards with acceleration a will be
    Solutions

  • Question 6/10
    4 / -1
    A ball is dropped from a high rise platform at t = 0 starting from rest. After 6 seconds another ball is thrown downwards from the same platform with a speed v. The two balls meet at t = 18s. What is the value of v. (take g = 10 m/s2)
    Solutions

  • Question 7/10
    4 / -1
    A ball is thrown up under gravity (g = 10 m/sec2). Find its velocity after 1.0 sec at a height of 10 m
  • Question 8/10
    4 / -1
    Two stones of equal masses are dropped from a rooftop of height h one after another. Their separation distanceagainst time will
    Solutions

  • Question 9/10
    4 / -1
    At t = 0, a stone of mass 10 gm is thrown straight up from the ground level with a speed 10 m/s. After 1 s, a second stone of the same mass is thrown from the same position with a speed 20 m/s. What is the position of the first stone from the ground level at the moment?(Take g = 10 m/s2)
    Solutions

  • Question 10/10
    4 / -1
    The ratios of the distances traversed, in successive intervals of time by a body, falling from rest, are
    Solutions

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