If density rho mass (m) and volume( v ) are related as rho = m/v prove that gamha = 1/rho × drho/dT
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Step-by-step explanation:
Note that the acceleration has an effect on both upthrust and weight
Weight experienced by the mass =ρV(g+a)
Upthrust experienced by the mass =dV(g+a)
Tension experienced by the string =Upthrust−Weight
=V(g+a)(d−ρ)
Answered by
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Step-by-step explanation:
note that the accelerate hasan effect on bothupthrust and weight.
weight experienced by the mass= pV(g+a)
upthrust experienced by the mass =dV(g+a)
Tension experienced by the string = upthrust - weight V ( g+a)( d-p)
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