Size matters All things being equal, size matters. If you have a truck-sized hunk of, say, lead (Pb), it will have more mass than a peanut-sized piece of the same material. But if you have two dissimilar materials, then size can be deceiving. Because materials have different densities, a small object may actually be more massive (that is, it may weigh more) than a much larger object. Shape has nothing to do with mass or weight.
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To summarise, Mass = Volume X Density.
Magnetism is a size independent propert. If an object is magnetic or not does not depend on the size of the object.
i think its the size of the rock
It depends on the size of its container
The term used to describe the size and organization of the materials that comprise a rock is 'texture'.
no
There is no single, simple answer to that. The required speed would also depend on the rock's mass, its shape, and both the thickness and size of the window.
It would depend on what type of rock, and whether the rock was a replica of a car shape with interior spaces included or just a blob of rocks shaped to resemble the rough shape and size of a car.
The quality of a rock that is based on the shape and size is its texture.
The answer will depend on the shape of the prism
It depends on the size of the rock.
It depends on the size of the rock.
The shape and the size of a toy balloons doesn't depend on the kind of gas inside.
The mass of the ion, the charge on the ion and the ionic radius.
Magnetism is a size independent propert. If an object is magnetic or not does not depend on the size of the object.
i think its the size of the rock
Weathering
luminosity and temperature depend on their size but also on their mass