The volume of a 40g body is 20 cm (in cubic form). If the density of water is 1g/cc will the body float or sink in water ?
Answers
Answered by
14
Hi friend ,
Volume of the object = 20cm^3
Mass of the object = 40 g
Density of the object = mass/ volume
Density = 40g/20cm^3
Density = 2g/ cm^3
Since the density of the object is more than the density of water the object will sink in water.
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Hope this helped u...
PLZ MARK AS BRAINLIEST...
Volume of the object = 20cm^3
Mass of the object = 40 g
Density of the object = mass/ volume
Density = 40g/20cm^3
Density = 2g/ cm^3
Since the density of the object is more than the density of water the object will sink in water.
----------------------------------------
Hope this helped u...
PLZ MARK AS BRAINLIEST...
Answered by
5
Hi there !!!
Mass of the solid is given as 40 grams
Also ,
Volume = 20 cm³
We know that ,
Density = Mass / Volume
= 40 / 20
= 2 g /cm³( approx.)
Density of water = 1 g /cm³
For an object to sink , its density must be more than the density of water.
Also , for an object to float , its density must be less than the density of water.
===================================
Here , in this case :
Density of solid is more than density of water.
Hence , the solid will sink.
2 g/cm³ > 1 g/cm³
Mass of the solid is given as 40 grams
Also ,
Volume = 20 cm³
We know that ,
Density = Mass / Volume
= 40 / 20
= 2 g /cm³( approx.)
Density of water = 1 g /cm³
For an object to sink , its density must be more than the density of water.
Also , for an object to float , its density must be less than the density of water.
===================================
Here , in this case :
Density of solid is more than density of water.
Hence , the solid will sink.
2 g/cm³ > 1 g/cm³
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