show that when a floating ice in water melts , the initial water level doesn't change
Answers
Answered by
1
the particles of ice are far away from each other than water ( the density of ice is less than the density of water ) so the ice floats
As the particles of the ice are far away from each other than water , the particles of water did in the gaped particles of ice by not having any change in the initial water level
As the particles of the ice are far away from each other than water , the particles of water did in the gaped particles of ice by not having any change in the initial water level
Answered by
0
Hey User!
Here's ur answer.
As you know ice is less dense than liquid water.Ice is less dense than water because it's orientation of hydrogen bonds causes molecules to push farther apart,which lowers the density.
Since ,the water, the ice displaces,now weighs less than the ice itself,ice is buoyant a d floats.
So, if the ice melts then it won't change the level if water because the molecules in ice are far apart.
Hope it helps!!
Here's ur answer.
As you know ice is less dense than liquid water.Ice is less dense than water because it's orientation of hydrogen bonds causes molecules to push farther apart,which lowers the density.
Since ,the water, the ice displaces,now weighs less than the ice itself,ice is buoyant a d floats.
So, if the ice melts then it won't change the level if water because the molecules in ice are far apart.
Hope it helps!!
Similar questions