From the following observation , calculation the density and relative density and relative density of a brine solution . Mass of empty density bottle = 22 g
Mass of bottle + water = 50 g
Mass of bottle + brine solution = 54 g

Open in App

Solution

Mass of empty bottle , $M_{1}$ = 22 g
Mass of bottle + water , $M_{2}$ = 50 g
Mass of bottle + brine solution , $M_{3}$ = 54 g
Mass of water = $M_{2} - M_{1} = 50 - 22 = 28 g$
Mass of brine solution = $M_{3} - M_{1} = 54 - 22 = 32 g$
Density of brine solution = Mass of brine solution / Mass of water
= $\frac{32}{28} = 1.14 g / C m^{3}$

Suggest Corrections

Similar questions

From the following observations calculate the density and relative density of a brine solution.

Mass of empty bottle=22g

Mass of bottle+water=50g

Mass of bottle+brine solution=54g

Q. Calculate the relative density of the liquid from the following information :
Mass of empty relative density bottle

= 24.5 g

Mass of relative density bottle filled with water

= 56.2 g

Mass of relative density bottle filled with liquid

= 51.2 g

An empty density bottle weighs 30 g. When completely filled with water, it weighs 55 g and when completely filled with brine solution it weighs 55.5 g. Calculate:

• Volume of the density bottle

• Density of brine solution.

Q. An empty density bottle is completely filled with water , it weighs 50 grams.
And when completely filled with brine solution it weighs 54 grams . Calculate the density of brine solution.

An empty density bottle weighs 22 g. When completely filled with water it weighs 50 g and when completely filled with brine solution it weighs 54 g. Calculate the density of the brine solution.

Join BYJU'S Learning Program

From the following observation , calculation the density and relative density and relative density of a brine solution . Mass of empty density bottle = 22 gMass of bottle + water = 50 g Mass of bottle + brine solution = 54 g

Mass of empty bottle , M1 = 22 gMass of bottle + water , M2 = 50 gMass of bottle + brine solution , M3 = 54 gMass of water = M2−M1=50−22=28gMass of brine solution = M3−M1=54−22=32gDensity of brine solution = Mass of brine solution / Mass of water=3228=1.14g/Cm3

From the following observation , calculation the density and relative density and relative density of a brine solution . Mass of empty density bottle = 22 g
Mass of bottle + water = 50 g
Mass of bottle + brine solution = 54 g