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The following list shows the mean distan...

The following list shows the mean distance of the plants of the solar system from the Sun. Complete the following table. Then arrange in order of magnitude starting with the distance of the planet closest to the Sun.

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Knowledge Check

  • Which of the following graphs shows the variation of magnetic induction B with distance 'r' from along wire carrying current ?

    A
    B
    C
    D

  • Accorrding to Kepler, the period of revolution of a planet (T) and its mean distance from the Sun ® related by the equation.

    A
    `T^(2)r^(-3)` = constant
    B
    `T^(2)r` = constant
    C
    `T^(3)r^(3)` = constant
    D
    `Tr^(3)` = constant

  • Accorrding to Kepler, the period of revolution of a planet (T) and its mean distance from the Sun ® related by the equation.

    A
    `T^(2)r^(-3)` = constant
    B
    `T^(2)r` = constant
    C
    `T^(3)r^(3)` = constant
    D
    `Tr^(3)` = constant

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    The following table gives the range of a particle when thrown on different planets. All the particles are thrown at the same angle with the horizontal and with the same initial speed . Arrange the planets in ascending order according to their acceleration due to gravity (g value) {:("Planet","Range"),("Jupiter",50 m ),("Earth",75 m ),("Mars",90 m ),("Mercury",95 m ):}

    A planet orbits the Sun in time T at a distance of R from it. Another planet orbits the Sun in a time of 8T. What is its distance R' from the Sun.

    The distance of two planets from the Sun are 10^(13)and10^(12) metres respectively. The ratio of time periods of these two planets is:

    The distance of two planets from the Sun are 10^(13)and10^(12) metres respectively. The ratio of time periods of these two planets is:

    . In which of the following cases of motions, the distance moved and the magnitude of the displacement are equal? i. If the car is moving on a straight road ii. If the car is moving in circular path iii. The pendulum is moving to and fro iv. The earth is moving around the sun

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