Home
Class 11
PHYSICS
The velocity-time graph of a linear moti...

The velocity-time graph of a linear motion os shown figure. The distance from the starting point after `8 sec` is.

A

5 m

B

16 m

C

8 m

D

19 m

Text Solution

Verified by Experts

The correct Answer is:
A
Distance from the starting point is equal to displacement.
Displacement = area of `v-t` graph
=`(1)/(2)[4 + 2]4 - (1)/(2)[4 + 3] xx 2 = 5 m`
Here distance travelled is not asked, but the distance from the the starting point.
Promotional Banner

Topper's Solved these Questions

  • GENERAL KINEMATICS AND MOTION IN ONE DIMENSION

    A2Z|Exercise Problem Based On Mixed Concepts|30 Videos

  • GENERAL KINEMATICS AND MOTION IN ONE DIMENSION

    A2Z|Exercise Assertion Reasoning|20 Videos

  • GENERAL KINEMATICS AND MOTION IN ONE DIMENSION

    A2Z|Exercise Relative Motion In One Dimension|20 Videos

  • FLUID MECHANICS

    A2Z|Exercise Chapter Test|29 Videos

  • GRAVITATION

    A2Z|Exercise Chapter Test|29 Videos

Similar Questions

Explore conceptually related problems

The velocity time graph of a linear motion is shown in the figure. The distance from the starting point after 8 seconds will be .

The velocity-time graph of a linear motion is shown in figure. The displacement from the origin after 8 sec is :

The velocity-time graph of a linear motion is shown below. The distance from the origin after 8 seconds is :

The velocity-time graph of a linear motion is shown in figure. The displacement & distance from the origin after 8 sec is :-

The velocity - time graph of a particle is as shown in figure

The v-t graph of a linear motion is shown in adjoining figure. The distance from origin after 8 seconds is -

The velocity-time graph of a linear motion is shown below. Find the (a) displacement and distance from the origin after 8s . (b) acceleration in the first second. (c) deceleration during the 5^(th) second. (d) maximum speed during the motion.

velocity time graph of a particle is shown in figure. Find displacement of the particle.

A force-time graph for a linear motion is shown in figure. The linear momentum gained between 0 and 6 second is

If velocity-time graph of a body is as shown in figure, what is the nature of motion ?

Knowledge Check

  • The velocity time graph of a linear motion is shown in the figure. The distance from the starting point after 8 seconds will be .

    A
    18 m
    B
    6 m
    C
    8 m
    D
    none of these

  • The velocity-time graph of a linear motion is shown below. The distance from the origin after 8 seconds is :

    A
    18 m
    B
    16 m
    C
    8 m
    D
    6 m

  • The velocity-time graph of a linear motion is shown in figure. The displacement & distance from the origin after 8 sec is :-

    A
    `5m, 19m`
    B
    `16 m, 22m`
    C
    `8 m, 19 m`
    D
    `6m, 5m`
    • A2Z-GENERAL KINEMATICS AND MOTION IN ONE DIMENSION-Understanding Motion Through Graphs
    1. The velocity-time graph of a body is given below. Find the average vel...

      Text Solution

      |

    2. The velocity-time graph of a body moving along straight line is as fol...

      Text Solution

      |

    3. The velocity-time graph of a linear motion os shown figure. The distan...

      Text Solution

      |

    4. A particle starts from rest and undergoes an acceleration as shown in ...

      Text Solution

      |

    5. Which of the following graphs show the v - t graph of a ball thrown up...

      Text Solution

      |

    6. Figure shows a velocity-time graph. This shows that.

      Text Solution

      |

    7. A paratrooper id dropped from an airplane. After some time his parachu...

      Text Solution

      |

    8. The plot shows the position (x) as a function of time (t) for two trai...

      Text Solution

      |

    9. The graph to the right is a plot of position versus time. For which le...

      Text Solution

      |

    10. Figure shows the position of a particle moving on the x-axis as a func...

      Text Solution

      |

    11. A particle moves rectilinearly with a constant acceleration 1 m//s^2. ...

      Text Solution

      |

    12. In figure shown, the graph shows the variation of acceleration of body...

      Text Solution

      |

    13. Refer Q.139. The average acceleration of the body from t = 0 to t = 15...

      Text Solution

      |

    14. Velocity v of a particle moving along x axis as a function of time is ...

      Text Solution

      |

    15. Refer Q.141 find the displacement of the particle after 3 s.

      Text Solution

      |

    16. Figure shows the position time graph for a particle in one dimensional...

      Text Solution

      |

    17. Refer Q. 143, What is the average velocity of the particle from 4 s to...

      Text Solution

      |

    18. Refer Q.143. Starting from t = 0, what is the displacement of the part...

      Text Solution

      |

    19. In which of the graphs both net displacement and velocity are negative...

      Text Solution

      |

    20. Refer Q.146. In which of the graphs the particle may return to its ini...

      Text Solution

      |