Its mass remains the same (except for the very small amounts that stick to the knife blade).
No because now part of the apple is missing so the mass would be less. The total mass of the apple is not changed, but part of the mass is now in the biter's mouth.
When a metal object is cut into smaller pieces, the total weight of all the pieces combined remains the same as the original object. However, each individual piece may be lighter than the original whole. The overall mass doesn't change regardless of how many pieces the metal is divided into.
You can divide any shape into smaller pieces so that all pieces have the same surface area. However, you can no longer divide an arbitrary shape (including an ellipse) into smaller pieces so that all pieces have the same shape.
yes because it is
The density of an object is calculated using the formula ( \text{Density} = \frac{\text{Mass}}{\text{Volume}} ). The original steel box has a mass of 75 g and a volume of 10 cm³, giving a density of ( \frac{75 \text{ g}}{10 \text{ cm}^3} = 7.5 \text{ g/cm}^3 ). When the box is cut in half, each piece retains the same mass-to-volume ratio, so the density of the two smaller pieces remains 7.5 g/cm³.
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.
Both .
No, the mass of an object remains the same when it is cut into pieces. Mass is a measure of the amount of matter in an object, so dividing it into smaller pieces does not change the total amount of matter present. Each piece will have a portion of the original mass.
It is a physical change because while the apple is cut into smaller pieces, it is still composed of the same materials. If you lit the apple on fire, that would result in a chemical change.
Yes, the total mass of the orange remains the same even if you cut it up into smaller pieces. Each piece will still contribute to the total mass of the original orange.
No because now part of the apple is missing so the mass would be less. The total mass of the apple is not changed, but part of the mass is now in the biter's mouth.
This demonstrates the conservation of mass, as the total mass of the rock remains the same even though it has been weathered into smaller pieces.
No, the mass of a puzzle does not change after the pieces are assembled. The mass of the individual pieces remains the same, and when combined, they still account for the same total mass. Thus, the mass of the completed puzzle is equal to the sum of the masses of the individual pieces.
well chunks and pieces are basically the same thing although pieces will soften better in the oven as it bakes. hope it helps :)
The piece of chocolate with more mass would be at a higher temperature because it requires more energy to raise the temperature of a larger mass compared to a smaller mass, given that both pieces have the same average energy of motion.
around the same mass
Oh, dude, when you cut an object into pieces, the total mass stays the same. I know, mind-blowing, right? It's like magic, but with science. So, don't worry about losing mass when you start slicing things up. It's all still there, just in smaller, more manageable chunks.