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16 If Plancks constant (h) and speed of light in vacuum (c) ar

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16 If Plancks constant $(h)$ and speed of light in vacuum $(c)$ are taken as two fundamental quantities, which one of the following can, in addition, be taken to express length, mass and time in terms of the three chosen fundamental quantities?

Name: Video solution 1: 16 If Plancks constant (h) and speed of light in vacuum (c) are taken as two fundamental quantities, which one of the following can, in addition, be taken to express length, mass and time in terms of the three chosen fundamental quantities?
Uploaded: 2022-11-22T20:30:27.000Z
Duration: 7 min
Description: Video solution 1: 16 If Plancks constant (h) and speed of light in vacuum (c) are taken as two fundamental quantities, which one of the following can, in addition, be taken to express length, mass and time in terms of the three chosen fundamental quantities?

Mass of electron $l e f t (m_{e} i g h t)$
Universal gravitational constant (G)
Charge of electron (e)
Mass of proton $l e f t (m_{p} i g h t)$

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Updated on: Nov 22, 2022

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16 If Plancks constant

(h)

and speed of light in vacuum

(c)

are taken as two fundamental quantities, which one of the following can, in addition, be taken to express length, mass and time in terms of the three chosen fundamental quantities?

6 mins ago

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Uploaded on: 11/22/2022

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Question Text	16 If Plancks constant $(h)$ and speed of light in vacuum $(c)$ are taken as two fundamental quantities, which one of the following can, in addition, be taken to express length, mass and time in terms of the three chosen fundamental quantities?
Updated On	Nov 22, 2022
Topic	Atoms, Nuclei & Dual nature
Subject	Physics
Class	Class 12
Answer Type	Video solution: 1
Upvotes	137
Avg. Video Duration	7 min

16 If Plancks constant $(h)$ and speed of light in vacuum $(c)$ are taken as two fundamental quantities, which one of the following can, in addition, be taken to express length, mass and time in terms of the three chosen fundamental quantities?

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