If the solid is soluble in water, you'll end up with a solution. For example, sugar is a solid, but it dissolves in water. So you couldn't tell the density of sugar (at least not in the direct way of the displacement method) by placing it in water..
This would also apply to salt, sand, ect.
If the solid is soluble in water, you'll end up with a solution. For example, sugar is a solid, but it dissolves in water. So you couldn't tell the density of sugar (at least not in the direct way of the displacement method) by placing it in water..
This would also apply to salt, sand, ect.
If the solid is hollow on the inside, then the density formula (D = mass/volume) will calculate a density which is less than the density of the substance that the solid is made of. Another reason that it might not work: If the object has a density which is less than water (normally the liquid that is used to submerge and determine displacement) then the object will float at the top, with part of the object above the surface of the liquid. This portion which is out of the water does not get measured.
It's due to the fact that ice is technically water in solid form. It will melt while you are trying to measure it. Giving inadequate results.
density equals mass/volume, volume equals mass/density, and mass equals density times volume.
W=Fdf=ma
This is not really a realistic scenario; an astronomer would first figure out the mass and volume, and THEN calculate the density based on these pieces of information.Anyway, first you would get the volume, as density / mass. Then, from the volume, you can calculate the radius, using the formula of a sphere. This will only work for fairly large asteroids; for smaller ones it would be a very rough approximation - small asteroids usually have irregular shapes.
(W. Kohn, G. Tiana) Density functional Theory (DFT), in principle, includes Van der Waals energies, but approximations rooted in the local density approximation (LDA), such as generalized gradient approximations (GGAs) do not. Recent and ongoing work tries to use time-dependent density functional theory to calculate Van der Waals attractions between two systems of interacting atoms (molecules, clusters, solids, etc.) of arbitrary size, shape and composition.
you can try but it wont work
measure the volume of liquid that the object displaces
You can use 8.5 as Brass density and work out the weight
How do you reset the security code on a 1994 ponitac firebird formula......
There are a few reactions wich happen between two solids. but the reason most reactions wont work between two solids is because the electrons aren't free enough to move.
YES
conduction take place in solids and gases
The question cannot be answered because the Volume cannot be Kg/cubic metre. The Volume = (area) height. Do you mean 900Kg/cubic metre is the Density then you can work out the volume, from the the formula Density = Mass/volume rearrange the formula for Volume plug in the numbers and get the answer
YES
mass = volume x density mass = force / acceleration mass = work / (acceleration x distance)
it does not have a formula
it does not have a formula
Re instull Minecraft