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One face of glass cube of refractive index 1.5 and side 6 cm is silvered. An object is placed at a

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Displacement Method|A screen is placed at 80 cm from an object. The image of the object on the scree

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A small air bubble is inside a glass cube of side 15 cm. When seeing from the top face, the bubble a

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A black spot on the surface of a glass sphere of refractive index μ =3/2 is viewed from diametrical

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Eddy Current|Various metallic sheets are exposed to changing magnetic field perpendicular to their p

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The incorrect statement among following statements is the [NCERT Pg. 46] (1) A change in velocity ma

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AIPMT 2015 |Three identical spherical shells each of mass M and radius r are placed as shown in figu

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Height of water that would be filled in a container of height 21 cm, so that it appears half filled

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In case of a mirror or a lens, for a real erect object if the image is inverted then image(1) Will b

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From a uniform circular disc of radius R , a circular disc of radius R/6 and having center at distan

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An object is approaching a concave mirror from far- off distance at constant speed. The speed of ima

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Which of the following mirrors can form real image?(1) Plane mirror(2) Convex mirror(3) Concave mirr

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An object of size 3 cm is placed 14 cm in front of a convex mirror of focal length 21 cm. Size of

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Longitudinal Magnification for Spherical Mirror| Ray Optics | Transverse Magnification

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A short linear object of length b lies along the axis of concave mirror of focal length f at a dista

0:00:58

Alternating Current v/s Direct Current | AC and DC

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Best Place for Physics #neetphysics #physics #jeephysics #neet #ncertphysics #cbse #shorts

0:47:50

RAY OPTICS | NCERT BASED 15 AMAZING MCQs |NEET |JEE MAINS| CLASS 12| PHYSICS |APG KI DUNIYA

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White light used in Young’s Double Slit Experiment | Wave Optics |Newton's Color Disc

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Poynting Vector | Resnick Halliday Krane |Understand Poynting vector with help of Illustration| EMW

0:02:34

A beam of monochromatic light of wavelength 3900 Å in air travels into glass of refractive index 3/2

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Ray Optics |For a real object which o

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For magnification equal to one, the distance of a real object from the pole of a concave mirror of f

0:02:43

Snell's law|If the angle of incidence is half of the angle of refraction in a medium of refractive i