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0:11:12

How to find Temperature of junction of two conductors? Copper-Steel Junction/copper 9 times steel.

0:17:32

LESSON#04 How will you show experimentally that there are only two kinds of electric charge

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Electricity Electric field Electric Current Electron

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This is How name Electricity came..

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Historical view of frictional electricity

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Williiam Gillbert was Personal Doctor of Queen Elizabeth -I of England

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Glass rod rubbed with silk cloth attacts

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Charge and electrostatic field

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Gravitational for of attraction

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Lesson#01 NEET SYLLABUS Sr. Inter/XII/II PUC PHYSICSNEET/ JEE MAIN/KCET Electric Charges and Fields

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NET ACCELERATION OF A PARTICLE IN A CIRCULAR PATH, CENTRIPETAL ACCELERATION, TANGENTIAL ACCELERATION

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UNIT I: PHYSICS AND MEASUREMENT, SYLLABUS FOR NEET (UG) - 2024, PHYSICS, National Medical commission

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How to OBTAIN THE relationship between Torque (τ) and Angular momentum (L) i.e., τ ⃗=(dL ⃗)/dt

0:09:42

How to FIND the value of k^2/R^2 of any given body such as Ring, Disc, Sphere ……..

0:00:52

A metallic sphere of radius R has a uniform distribution of electric charge on its surface. At a

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Gauss’s law is true only if force due to a charge varies as:(A)𝑟 −1 (B)𝑟 −2 (C)𝑟 −3 (D)𝑟 −4

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A spherical conductor has the charge on it. Then total flux emitted through the Gaussian surface

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Gauss’s law in electrostatics should be invalid if: (A)There were magnetic monopoles (B)The inverse

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The S.I. unit of electric flux is: (A)Weber (B)Newton per coulomb (C)Volt x metre (D)Joule / coulomb

0:00:42

According to Gauss’ Theorem, electric field of an infinitely long straight wire is proportional to:

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For a given surface the Gauss’ law is stated as ∮ 𝐸 ⋅ 𝑑𝑠 = 0. From this we can conclude that:

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Electric field at a point varies as 𝑟0 for (A)An electric dipole (B)A point charge (C)A plane infini