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The answer depends on what the numbers measure. If they are the masses of equal volumes of substances, then the substance with mass 0.8 is denser. On the other hand, if the numbers refer to the volumes of equal masses of two substances, then the substance with volume 0.7 is denser.
No, the ratio of the volumes of two similar solid polyhedra is equal to the cube of the ratio between their edges. The volume of a solid object is proportional to the cube of its linear dimensions, not the square root.
No. They're equal volumes.
Yes. They're equal volumes.
No. Those are equal volumes.
No, equal volumes of different substances do not necessarily have equal weights. Weight is influenced by the density of the substance, which can vary widely between substances.
The answer depends on what the numbers measure. If they are the masses of equal volumes of substances, then the substance with mass 0.8 is denser. On the other hand, if the numbers refer to the volumes of equal masses of two substances, then the substance with volume 0.7 is denser.
Not necessarily. Equal volumes do not always mean equal masses because different substances have different densities. Denser substances will have more mass in a given volume compared to less dense substances.
No, water and vinegar weigh the same in equal volumes. Vinegar is a mixture of water and acetic acid, so the weight of the two substances in equal volumes would be the same.
True
false
False -apex-
false
FALSE.
No, the ratio of the volumes of two similar solid polyhedra is equal to the cube of the ratio between their edges. The volume of a solid object is proportional to the cube of its linear dimensions, not the square root.
As thenumber of molecules incresses so does the volume
The milliliter and the cubic centimeter are equal volumes.