If density of bottle is 25g when empty , 50g when filled with water,when mercry is filled is mass is 365g . What is density of water
Answers
Answered by
0
The relative density of the liquid with respect to water is = mass of the liquid / mass of the equal volume of water.Here the volume of water and that of liquid under consideration are equal being the volume of the bottle.
Mass of empty bottle =25g
Mass of the bottle full of water = 50 g
Therefore, mass one bottle of water (excluding the mass of the bottle) = 50-25 =25g
Mass of the bottle full if liquid = 45g
So, mass of one bottle of liquid (excluding the mass of the bottle) = 45-25 =20g
Therefore, the reative density of the liquid = 420/25 =0.8
Therefore, the density of the liquid in kg/m^3 = mass of one cubic meter of liquid = 0.8*(100)^3 gram per m^3 = 800kg/m^3
Hope this helps......♥♥♥♥
Mass of empty bottle =25g
Mass of the bottle full of water = 50 g
Therefore, mass one bottle of water (excluding the mass of the bottle) = 50-25 =25g
Mass of the bottle full if liquid = 45g
So, mass of one bottle of liquid (excluding the mass of the bottle) = 45-25 =20g
Therefore, the reative density of the liquid = 420/25 =0.8
Therefore, the density of the liquid in kg/m^3 = mass of one cubic meter of liquid = 0.8*(100)^3 gram per m^3 = 800kg/m^3
Hope this helps......♥♥♥♥
Answered by
0
Answer:
The relative density of the liquid with respect to water is = mass of the liquid / mass of the equal volume of water.Here the volume of water and that of liquid under consideration are equal being the volume of the bottle.
Mass of empty bottle =25g
Mass of the bottle full of water = 50 g
Therefore, mass one bottle of water (excluding the mass of the bottle) = 50-25 =25g
Mass of the bottle full if liquid = 45g
So, mass of one bottle of liquid (excluding the mass of the bottle) = 45-25 =20g
Therefore, the reative density of the liquid = 420/25 =0.8
Therefore, the density of the liquid in kg/m^3 = mass of one cubic meter of liquid = 0.8*(100)^3 gram per m^3 = 800kg/m^3
Hope this helps......♥♥♥♥
Similar questions