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Question

Which of the following is a velocity-time graph for uniform motion of a car?

This question was previously asked in
RRB ALP/Technician 2018 CBT 2 Electronics Mechanic Question Paper (23-Jan-2019) (Shift 1)
The correct answer is

The Correct Answer is Option 1 i.e

  • The slope of a Velocity–time graph of an object moving with uniform velocity is astraight line and parallel to x-axiswhen velocity is taken along the y-axis and time is taken along the x-axis.
  • It is the graph of velocity against time. It shows how the velocity changes with respect to time.
  • The slope of a velocity-time graph determines its acceleration.

Calculation of distance using velocity-time graph:

Let two points A and B on the slope of the graph.

Draw two lines parallel to y-axis AC from point A, and BD from point B.(Above Fig.)

Let point D at the x-axis (time axis) is t2 and point C is t1.

Let AB meet at ‘v’ at the y-axis, i.e. object is moving with a velocity, v.

Thus, distance or displacement by the object is equal to the area of the rectangle (shaded) ABCD.

Thus, Area of ABCD = BD × DC

⇒ s = v(t2 - t1)

Since the given object is moving with constant velocity along a straight line, thus displacement will be equal to the distance covered.

Therefore, Distance or Displacement = velocity X time interval.

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Important Questions from Motion

  1. An object is covering distance in direct proportion to the square of time elapsed. What conclusion can be drawn about the motion of the object?

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  4. What is the formula for momentum?

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