Both .
The total mass of the apple remains the same whether it is whole or sliced into pieces. Slicing the apple into pieces does not change the total amount of matter in the apple.
No because when they were in the box they were all together when you placed them together they're all together
A sponge has less mass than a book of the same size because a sponge is less dense. The sponge is made up of more air pockets and less material compared to the dense paper and binding of a book, which results in the sponge weighing less for the same size.
Breaking an object does not affect its density. Density is determined by the mass and volume of an object and remains constant regardless of its physical state. When an object is broken, the mass and volume of its individual pieces do not change, so the density stays the same.
A sponge is less dense than a book, meaning it has more empty space and less mass per unit volume. The sponge is made up of air pockets and a porous structure, whereas a book is made of compact paper or other dense materials. This difference in density leads to the sponge having less mass for the same size as a book.
The total mass of the apple remains the same whether it is whole or sliced into pieces. Slicing the apple into pieces does not change the total amount of matter in the apple.
the total mass of the pie remains constant, regardless of how it is sliced into pieces. This means that the sum of the masses of all the individual pieces will equal the original mass of the whole pie.
No because when they were in the box they were all together when you placed them together they're all together
Evaporation is the process that causes the mass of the drying sponge to change. As water molecules on the sponge's surface gain energy, they convert into water vapor and leave the sponge, resulting in a decrease in mass as the sponge dries.
It depends on the mass of the sponge.
a mass is 1200 pieces.
Measuring the mass of sponge iron.
To answer this we need also the density of the sponge material.
The mass of the dry sponge would be less than 150 g since it absorbs water, so the initial mass of the sponge would be less than 150 g.
If the pieces came from a solid object of uniform density then the ratio is the same for each piece. But if not, the ratios need to be calculated separately.
no; they have the same volume but their mass is quite different; density is mass/volume and the sponge has much lower density
A sponge has less mass than a book of the same size because a sponge is less dense. The sponge is made up of more air pockets and less material compared to the dense paper and binding of a book, which results in the sponge weighing less for the same size.