Physics
Grade-10
Easy

Question

The mathematical relation between the focal length, the object distance and the image distance for a lens is called _____.

  1. The lens formula
  2. The mirror formula
  3. The formula of lenses
  4. The formula of refraction

hintHint:

1 over v minus 1 over u equals 1 over f

The correct answer is: The lens formula


    • The mathematical relation between the focal length, the object distance and the image distance for a lens is called _Lens Formula_
    • 1 over v minus 1 over u equals 1 over f is Lens Formula

    Related Questions to study

    Grade-10
    Physics

    The formula below is called ______.
    1/f = 1/v  - 1/u

    The formula below is called ______.
    1/f = 1/v  - 1/u

    PhysicsGrade-10
    Grade-10
    Physics

    An object is standing towards the left of a concave lens. What should be the sign of the object distance?

    An object is standing towards the left of a concave lens. What should be the sign of the object distance?

    PhysicsGrade-10
    Grade-10
    Physics

    The lens formula is valid for ____.

    The lens formula is valid for ____.

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    PhysicsGrade-10
    Grade-10
    Physics

    A convex lens is of radius of curvature 104 cm. A parallel beam of light shone on the lens converges to a point at a distance of ____ cm from the optic center.

    A convex lens is of radius of curvature 104 cm. A parallel beam of light shone on the lens converges to a point at a distance of ____ cm from the optic center.

    PhysicsGrade-10
    Grade-10
    Physics

    Focal length of one side of a biconcave lens is 76 cm. Its second focal length would measure ____ cm.

    Focal length of one side of a biconcave lens is 76 cm. Its second focal length would measure ____ cm.

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    The focal length of a concave lens whose radius of curvature is 76 cm is ____ cm.

    The focal length of a concave lens whose radius of curvature is 76 cm is ____ cm.

    PhysicsGrade-10
    Grade-10
    Physics

    The radius of curvature of a convex lens whose focal length is 25 cm is ____ cm.

    The radius of curvature of a convex lens whose focal length is 25 cm is ____ cm.

    PhysicsGrade-10
    Grade-10
    Physics

    In which of the following cases does the light ray not bend while getting refracted through a spherical lens?

    In which of the following cases does the light ray not bend while getting refracted through a spherical lens?

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    A light ray passing through the optical center of a lens ____.

    A light ray passing through the optical center of a lens ____.

    PhysicsGrade-10
    Grade-10
    Physics

    In case of refraction through a concave lens, the emergent ray is _____ to the incident ray.

    In case of refraction through a concave lens, the emergent ray is _____ to the incident ray.

    PhysicsGrade-10
    Grade-10
    Physics

    A convex lens in a magnifying glass can be used to focus the Sun’s light rays onto a paper, which lights up a fire after some time. What would happen if the magnifying glass were replaced with a concave lens?

    A convex lens in a magnifying glass can be used to focus the Sun’s light rays onto a paper, which lights up a fire after some time. What would happen if the magnifying glass were replaced with a concave lens?

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    Concave and convex lenses are also called _____ and _____ lenses respectively.

    Concave and convex lenses are also called _____ and _____ lenses respectively.

    PhysicsGrade-10
    Grade-10
    Physics

    The curved surface in spherical surface is a _____ surface.

    The curved surface in spherical surface is a _____ surface.

    PhysicsGrade-10
    Grade-10
    Physics

    A concave lens is of radius of curvature 94 cm. A parallel beam of light shone on the lens appears to diverge from a point at a distance of ____ cm from the optic center.

    A concave lens is of radius of curvature 94 cm. A parallel beam of light shone on the lens appears to diverge from a point at a distance of ____ cm from the optic center.

    PhysicsGrade-10
    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.