|
|
-
Can You Change The Volume Of A Solid
02. 23. 2012 15:42
MrDucky
|
Can You Change The Volume Of A Solid By Changing It's Shape? What is the relationship between density, volume, and mass?
|
-
Re : Can You Change The Volume Of A Solid
02. 26. 2012 22:39
AndrusN
|
Originally Posted by Elliot2lazy
Originally Posted by Monarch
Originally Posted by TeamAsylum
Originally Posted by Elliot2lazy
Altering density doesn't necessarily change the volume. There are things in the universe that do not change shape if you add density but most do.
Hmmm... such as? The nerd in me is curious now!
Solids and Liquids aren't compressible. In the non quantum world, you need a contained system with pressure/temperature changes to change density while not effecting volume. In a conventional sense, the 'empty space' in some solutions and lattice structures is ignored like in aerogels and magnetorheological fluids (found in the dampers of some exotic cars; Ferrari, Porsche, Corvette, Audi...)
Atleast I know how to use simpler words, English please?
You mad bro? He explained in two short paragraphs what it took you in a wall of text.
|
-
Re : Can You Change The Volume Of A Solid
02. 26. 2012 23:51
Elliot2lazy
|
Originally Posted by AndrusN
Originally Posted by Elliot2lazy
Originally Posted by Monarch
Originally Posted by TeamAsylum
Originally Posted by Elliot2lazy
Altering density doesn't necessarily change the volume. There are things in the universe that do not change shape if you add density but most do.
Hmmm... such as? The nerd in me is curious now!
Solids and Liquids aren't compressible. In the non quantum world, you need a contained system with pressure/temperature changes to change density while not effecting volume. In a conventional sense, the 'empty space' in some solutions and lattice structures is ignored like in aerogels and magnetorheological fluids (found in the dampers of some exotic cars; Ferrari, Porsche, Corvette, Audi...)
Atleast I know how to use simpler words, English please?
You mad bro? He explained in two short paragraphs what it took you in a wall of text.
Not mad, just asking for a simpler version or for him to explain it better. Is that so difficult to ask?
|
-
Re : Can You Change The Volume Of A Solid
02. 28. 2012 02:51
Maistral
|
Density may change, it's directly related to temperature.
So if you want to change the volume of the solid, you have to manipulate the temperature.
As simple as that -.-!
|
-
Re : Can You Change The Volume Of A Solid
02. 28. 2012 03:17
AlexCaboose
|
Originally Posted by TeamAsylum
Originally Posted by Elliot2lazy
Originally Posted by Monarch
Originally Posted by TeamAsylum
Originally Posted by Elliot2lazy
Altering density doesn't necessarily change the volume. There are things in the universe that do not change shape if you add density but most do.
Hmmm... such as? The nerd in me is curious now!
Solids and Liquids aren't compressible. In the non quantum world, you need a contained system with pressure/temperature changes to change density while not effecting volume. In a conventional sense, the 'empty space' in some solutions and lattice structures is ignored like in aerogels and magnetorheological fluids (found in the dampers of some exotic cars; Ferrari, Porsche, Corvette, Audi...)
Atleast I know how to use simpler words, English please?
That WAS the simple version I think you'll find
Agreed. It was a simple and very concise explanation. Furthermore, Volume =/= Shape. A cube will always be a cube provided you do not change it's structure. The volume, density, or mass may change, but not the shape.
|
-
Re : Can You Change The Volume Of A Solid
02. 28. 2012 09:00
AndrusN
|
Originally Posted by Elliot2lazy
Originally Posted by AndrusN
Originally Posted by Elliot2lazy
Originally Posted by Monarch
Originally Posted by TeamAsylum
Hmmm... such as? The nerd in me is curious now!
Solids and Liquids aren't compressible. In the non quantum world, you need a contained system with pressure/temperature changes to change density while not effecting volume. In a conventional sense, the 'empty space' in some solutions and lattice structures is ignored like in aerogels and magnetorheological fluids (found in the dampers of some exotic cars; Ferrari, Porsche, Corvette, Audi...)
Atleast I know how to use simpler words, English please?
You mad bro? He explained in two short paragraphs what it took you in a wall of text.
Not mad, just asking for a simpler version or for him to explain it better. Is that so difficult to ask?
That was as simple as you can make it pal.
|
|
|
