Yes, solid objects have a defined volume, which is the amount of space they occupy in three-dimensional space. This volume is constant unless the object undergoes a change in shape or size.
The gas volume produced by smokeless powder varies depending on the type and amount of powder used. Generally, smokeless powder produces around 100-200 times its own volume in gas when ignited. This gas expansion creates pressure that propels a bullet down the barrel of a firearm.
Liquid has a definite volume but takes the shape of its container, while gas has neither a definite volume nor shape and expands to fill its container. In a liquid, particles are close together and move past each other, while in a gas, particles are far apart and move rapidly in all directions.
A liquid will flow and take on the shape of its container, while a fine powder will not flow freely and will tend to form piles or clumps. Additionally, a liquid will have a consistent volume, while a fine powder may have variable volume depending on how tightly it is packed.
Liquids have no shape, but a defined volume
Pv=fv-dv powder volume=final volume-diluent volume
Molecular Pharmaceutics was created in 2004.
how to choose m.pharm pharmaceutics project??
yes i want to do project in pharmaceutics
International Journal of Pharmaceutics was created in 1978.
Dried milk powder has a volume because it takes up space.
Yes, solid objects have a defined volume, which is the amount of space they occupy in three-dimensional space. This volume is constant unless the object undergoes a change in shape or size.
When we say baby powder is denser than sugar, we mean that baby powder has more mass packed into a given volume compared to sugar. This is because the particles in baby powder are heavier or more tightly packed than the particles in sugar.
is defined as ratio of uniform stress to volume strain
No defined shape, capable of flowing and taking on the shape of its container, but having a defined volume (unlike a gas, which has no defined volume)
"liquid"
No, the density is defined as the amount of mass per unit volume.