In sub atomic level particles like photons, anti-neutrino are considered to have only energy they have very negligible( assumed to be zero in calculations) in the macroscopic level no particle can exist without mass or volume, they can negligible or zero density but unless in free fall at 9.8 m/s(virtual mass loss) no object can have zero mass
------------------------------------------- ------------------------------------------------------------ light has no resting mass, only energy.
Yes, if two objects have the same volume and density, they will have the same mass. This is because mass is calculated by multiplying density and volume; therefore, having the same density and volume means the objects will have the same mass.
No, two objects with the same volume may not have the same inertia. Inertia depends on the mass and distribution of mass within an object, not just its volume. Objects with different densities or shapes can have different inertial properties even if they have the same volume.
Density. This is quantified as a mass over a volume, so if you know the volume, the density will allow you to determine the mass of an object. Density equals mass divided by volume so mass is equal to density multiplied by volume.
The volume of an irregular object is different from that of a regular object because irregular objects do not have a consistent shape like regular objects. Regular objects have known formulas for calculating volume (e.g., cubes, cylinders), while irregular objects require more complex methods such as displacement or computer simulations to determine their volume.
density
An objects density is determined by its' weight and volume.
An objects density is determined by its' weight and volume.
The formula of volume
Expansion means that the volume increases......
Yes, if two objects have the same volume and density, they will have the same mass. This is because mass is calculated by multiplying density and volume; therefore, having the same density and volume means the objects will have the same mass.
No, two objects with the same volume may not have the same inertia. Inertia depends on the mass and distribution of mass within an object, not just its volume. Objects with different densities or shapes can have different inertial properties even if they have the same volume.
Density. This is quantified as a mass over a volume, so if you know the volume, the density will allow you to determine the mass of an object. Density equals mass divided by volume so mass is equal to density multiplied by volume.
mass divided by volume... mass/volume=density
he discovered that volume of object immersed in water =volume of liquid displaced
Volume is in 3D objects, so you should say volume for a cube. Area is for 2D objects, that is area for square. Volume for cube = side * side * side Area of square = side * side
Yes.
Large objects have.