Density
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Nov 30, 2023
0
#2
Yes bc density is the amount of mass in an space/object. If the space changes the density changes
No. Density depends on volume and mass, not the shape. So you can squeeze it all you want, as long as its mass and volume stays the same (which means you havent cut a piece out of it or put some water in it), the density will remains unchanged.
This is a chess website btw, why is this question here?
Dec 11, 2023
0
#6
JustRileyNow wrote:
No. Density depends on volume and mass, not the shape. So you can squeeze it all you want, as long as its mass and volume stays the same (which means you havent cut a piece out of it or put some water in it), the density will remains unchanged.
This is a chess website btw, why is this question here?
Welcome to the Off Topic Forums.
JustRileyNow wrote:
No. Density depends on volume and mass, not the shape. So you can squeeze it all you want, as long as its mass and volume stays the same (which means you havent cut a piece out of it or put some water in it), the density will remains unchanged.
Except that, when you squeeze something it's volume decreases.
SriyogeshS wrote:
JustRileyNow wrote:
No. Density depends on volume and mass, not the shape. So you can squeeze it all you want, as long as its mass and volume stays the same (which means you havent cut a piece out of it or put some water in it), the density will remains unchanged.
Except that, when you squeeze something it's volume decreases.
which means you have cut a piece of air out of it. Sounds crazy, but it's science.
Looks like someone gotta do their school homework.
JustRileyNow wrote:
SriyogeshS wrote:
JustRileyNow wrote:
No. Density depends on volume and mass, not the shape. So you can squeeze it all you want, as long as its mass and volume stays the same (which means you havent cut a piece out of it or put some water in it), the density will remains unchanged.
Except that, when you squeeze something it's volume decreases.
which means you have cut a piece of air out of it. Sounds crazy, but it's science.
Why exactly?
Can you change the density of an object by modifying its shape? Like if I had a toy and I squeezed it, would it’s density be different from when it is normal?