Force constant has the same dimensions as

Question

Force constant has the same dimensions as (A) coefficient of viscosity (B) surface tension (C) frequency (D) impulse

Tardigrade Admin · Accepted Answer

operatornameIn F=-K x, K is called force constant [K]=[(F/x)]=[( text force / text extension )]=( MLT -2/ L )= MT -2 [Surface Tension] =[( text force / text length )]=( MLT -2/ L )= MT -2

Q. Force constant has the same dimensions as

coefficient of viscosity

surface tension

frequency

impulse

$In F = - K x$ ,
$K$ is called force constant
$[K] = [\frac{F}{x}] = [\frac{force}{extension}] = \frac{M L T ^{- 2}}{L} = M T^{- 2}$
[Surface Tension] $= [\frac{force}{length}] = \frac{M L T ^{- 2}}{L} = M T^{- 2}$

Q. Force constant has the same dimensions as

coefficient of viscosity

surface tension

frequency

impulse

InF=−Kx, K is called force constant [K]=[xF​]=[ extension force ​]=LMLT−2​=MT−2 [Surface Tension] =[ length force ​]=LMLT−2​=MT−2

$In F = - K x$ ,
$K$ is called force constant
$[K] = [\frac{F}{x}] = [\frac{force}{extension}] = \frac{M L T ^{- 2}}{L} = M T^{- 2}$
[Surface Tension] $= [\frac{force}{length}] = \frac{M L T ^{- 2}}{L} = M T^{- 2}$