science
Grade8
Easy

Question

In which direction does the velocity of a body moving in a circular motion point?

  1. Towards the center of the path
  2. Tangential to the path
  3. Normal to the path
  4. None of the above

hintHint:

Force is always perpendicular to velocity in circular motion.

The correct answer is: Tangential to the path


    Here the correct option will be 'b' i.e; tangential to the path. We know that an object moving in a circular motion continuously changes its direction and its velocity is always tangential to the centripetal force acting on the body. Hence circular motion is always an accelerated motion.

    Related Questions to study

    Grade8
    science

    What is the direction of the gravitational force of the Earth?

    What is the direction of the gravitational force of the Earth?

    scienceGrade8
    Grade8
    science

    A ball is tied to a string and is swirled around in a circular path. What would happen if the string broke accidentally?
    (a)    The ball keeps moving in the circular path
    (b)    It directly falls towards the ground
    (c)     The centripetal force is withdrawn
    (d)    It flies away in a tangential direction.

    A ball is tied to a string and is swirled around in a circular path. What would happen if the string broke accidentally?
    (a)    The ball keeps moving in the circular path
    (b)    It directly falls towards the ground
    (c)     The centripetal force is withdrawn
    (d)    It flies away in a tangential direction.

    scienceGrade8
    Grade8
    science

    Circular motion  ______.

    Circular motion  ______.

    scienceGrade8
    parallel
    Grade8
    science

    What is the direction of the centripetal acceleration w.r.t the centripetal force?

    What is the direction of the centripetal acceleration w.r.t the centripetal force?

    scienceGrade8
    Grade8
    science

    What provides the necessary centripetal force to the Earth so that it keeps revolving around the sun in the same orbit?

    What provides the necessary centripetal force to the Earth so that it keeps revolving around the sun in the same orbit?

    scienceGrade8
    Grade8
    science

    A stone tied to a string was swirled so that it moves in a circular path in a horizontal plane. What supplies the necessary centripetal force to keep it moving in the same circular path?

    A stone tied to a string was swirled so that it moves in a circular path in a horizontal plane. What supplies the necessary centripetal force to keep it moving in the same circular path?

    scienceGrade8
    parallel
    Grade8
    science

    Which force is necessary to keep a body moving in a circular path?

    Which force is necessary to keep a body moving in a circular path?

    scienceGrade8
    Grade8
    science

    A ball that is thrown up travels a certain distance upwards and falls back to the ground. The gravitational pull acts on it ______.

    A ball that is thrown up travels a certain distance upwards and falls back to the ground. The gravitational pull acts on it ______.

    scienceGrade8
    Mechanics
    Physics

    A spherical uniform planet is rotating about its axis. The velocity of a point on its equator is v. Due to rotation of planet about its axis the acceleration due to gravity g at equator 1 half of g at poles. The escape velocity of a particle on the pole of planet in terms of  v subscript e:

    A spherical uniform planet is rotating about its axis. The velocity of a point on its equator is v. Due to rotation of planet about its axis the acceleration due to gravity g at equator 1 half of g at poles. The escape velocity of a particle on the pole of planet in terms of  v subscript e:

    PhysicsMechanics
    parallel
    Mechanics
    Physics

    Two satellites   S subscript 1and  S subscript 2 are revolving around the earth in coplanar concentric orbits in the opposite sense. At t = 0, the positions of satellites are shown in the diagram. The period of S subscript 1 and S subscript 2
    are 4 h and 24 h, respectively. The radius of orbit of S subscript 1 is 1.28 cross times 10 to the power of 4. For this situation mark the correct statement(s)

    Two satellites   S subscript 1and  S subscript 2 are revolving around the earth in coplanar concentric orbits in the opposite sense. At t = 0, the positions of satellites are shown in the diagram. The period of S subscript 1 and S subscript 2
    are 4 h and 24 h, respectively. The radius of orbit of S subscript 1 is 1.28 cross times 10 to the power of 4. For this situation mark the correct statement(s)

    PhysicsMechanics
    Mechanics
    Physics

    A double star consists of two stars having masses M and 2M . The distance between their centres is equal to r . They revolve under their mutual gravitational interaction. Then, which of the following statements are not correct?

    A double star consists of two stars having masses M and 2M . The distance between their centres is equal to r . They revolve under their mutual gravitational interaction. Then, which of the following statements are not correct?

    PhysicsMechanics
    Mechanics
    Physics

    A solid sphere of uniform density and radius 4 units is located with its centre at the origin O of coordinates. Two spheres of equal radii 1 unit, with their centres at A (-2,0,0) and B(2,0, 0) respectively, are taken out of the solid leaving behind spherical carvities as shown in the figure., Then

    A solid sphere of uniform density and radius 4 units is located with its centre at the origin O of coordinates. Two spheres of equal radii 1 unit, with their centres at A (-2,0,0) and B(2,0, 0) respectively, are taken out of the solid leaving behind spherical carvities as shown in the figure., Then

    PhysicsMechanics
    parallel
    Mechanics
    Physics

    A tunnel is dug along a chord of the earth at a perpendicular distance R / 2 from the earth's centre. The wall of the tunnel may be assumed to be frictionless. A particle is released from one end of the tunnel. The pressing force by the particle on the wall, and the acceleration of the particle vary with x (distance of the particle from the centre of earth ) according to

    A tunnel is dug along a chord of the earth at a perpendicular distance R / 2 from the earth's centre. The wall of the tunnel may be assumed to be frictionless. A particle is released from one end of the tunnel. The pressing force by the particle on the wall, and the acceleration of the particle vary with x (distance of the particle from the centre of earth ) according to

    PhysicsMechanics
    Mechanics
    Physics

    Figure shows the kinetic energy open parentheses E subscript k close parenthesesand potential energy open parentheses E subscript P close parentheses curves for a two-particle system. Name the point at which the system is bound.

    Figure shows the kinetic energy open parentheses E subscript k close parenthesesand potential energy open parentheses E subscript P close parentheses curves for a two-particle system. Name the point at which the system is bound.

    PhysicsMechanics
    Mechanics
    Physics

    A triple star system consists of two stars, each of mass m , in the same circular orbit about central star with massM equals 2 cross times 10 to the power of 30 kg . The two outer stars always lie at opposite ends o fa diameter of their common circular orbit. The radius of the circular orbit is r equals 10 to the power of 11 m and the orbital period of each star is1.6 cross times 10 to the power of 7 s

    text  [Take  end text pi squared equals 10 text  and  end text open G equals 20 over 3 cross times 10 to the power of negative 11 end exponent Nm squared kg to the power of negative 2 end exponent close square brackets
    The orbital velocity of each star is

    A triple star system consists of two stars, each of mass m , in the same circular orbit about central star with massM equals 2 cross times 10 to the power of 30 kg . The two outer stars always lie at opposite ends o fa diameter of their common circular orbit. The radius of the circular orbit is r equals 10 to the power of 11 m and the orbital period of each star is1.6 cross times 10 to the power of 7 s

    text  [Take  end text pi squared equals 10 text  and  end text open G equals 20 over 3 cross times 10 to the power of negative 11 end exponent Nm squared kg to the power of negative 2 end exponent close square brackets
    The orbital velocity of each star is

    PhysicsMechanics
    parallel

    card img

    With Turito Academy.

    card img

    With Turito Foundation.

    card img

    Get an Expert Advice From Turito.

    Turito Academy

    card img

    With Turito Academy.

    Test Prep

    card img

    With Turito Foundation.