Question

the density of turpenline is 340kg/m cube what will be its relative density

Answer 1

$\huge\underline\green{\sf Answer}$

$\large{\boxed{\sf {\rho} = 0.34kg/{m}^(3}}$

$\huge\underline\green{\sf Solution}$

FORMULA TO FIND RELATIVE DENSITY :-

★$\large{\boxed{\sf Relative\:Density={\frac{Density\:Of\: Object}{Density\:Of\:Water}}}}$

★Given :-

Density of Turpentine is :- $\sf{340 kg/{m}^{3}}$

We know that density of water is 1000 kg/m3

ON PUTTING VALUE :-

$\large{\sf \rho_{relative} ={\frac{340}{1000}}}$

★$\large{\boxed{\sf \rho_{relative} = 0.34 kg/{m}^{3}}}$

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Answer 2

$\huge{\boxed{\boxed{\mathfrak{\pink{Answer:-}}}}}$

${\bold{\underline{\underline{Given:-}}}}$

•Density of turpeline = $\ 340kg/m^3$

${\bold{\underline{\underline{To \: find :-}}}}$

•Relative density = ❓

${\bold{\underline{\underline{formula \: used :-}}}}$

$\large\ Relative \: density = \frac {Density \: of \: object}{Density \: of \: water}$

Also,

we know that

$\small\ Density \: of \: water = 1000kg/m^3$

${\bold{\underline{\underline{Solution:-}}}}$

Relative density:-

$\small\implies\frac {340}{1000} \\ \\\implies\ 0.34kg/m^3$