Yes, it will increase so that density of the material always remains constant.
No, the volume of an object does not change when its size changes. The volume is a fixed measure of the amount of space that the object occupies and is calculated using specific dimensions. Changing the size of the object would involve altering these dimensions but would not impact the volume.
The property of the object would change "solid, liquid, or gas"
It would only change the volume. This is because volume is how much room an object takes up, and crushing the car will make volume smaller. Mass is how much "stuff" an object is made of. So unless like, the bumper falls of, mass stays the same.
If the Earth's volume were increased by 125 times and its mass by 25 times, the force of gravity at the surface would remain the same. This is because the force of gravity depends on the mass of an object and the distance from its center, but increasing both mass and volume proportionally cancels out any difference in gravity at the surface.
To find the volume of an object, you can use the formula: Volume = Mass / Density. In this case, to find the volume, you would divide the mass (55.26) by the density (103.27) which would give you the volume of the object.
No, the volume of an object does not change when its size changes. The volume is a fixed measure of the amount of space that the object occupies and is calculated using specific dimensions. Changing the size of the object would involve altering these dimensions but would not impact the volume.
idon't know sorry
The property of the object would change "solid, liquid, or gas"
It would only change the volume. This is because volume is how much room an object takes up, and crushing the car will make volume smaller. Mass is how much "stuff" an object is made of. So unless like, the bumper falls of, mass stays the same.
As "density = mass/volume" or "D=m/V", the density of an object will remain the same unless the mass changes (which is unlikely) or the volume changes (more likely). When an object changes shape, it usually keeps the same volume, unless it is stretched or squashed. Therefore, changing the shape of an object will not necessarily change its density.If the mass of the object did in fact change, It would usually be a result of part of the object breaking off, in which case the volume would also be reduced, leaving the density at the same value.
No, the volume of wood would not change when moved to a larger container. Volume is a measure of the amount of space occupied by an object, and it remains constant regardless of the size of the container in which the object is placed. The amount of wood remains the same, only the space it occupies may vary.
If the Earth's volume were increased by 125 times and its mass by 25 times, the force of gravity at the surface would remain the same. This is because the force of gravity depends on the mass of an object and the distance from its center, but increasing both mass and volume proportionally cancels out any difference in gravity at the surface.
To find the volume of an object, you can use the formula: Volume = Mass / Density. In this case, to find the volume, you would divide the mass (55.26) by the density (103.27) which would give you the volume of the object.
volume is how much space is in an object (an object with more volume would be bigger) weight is how heavy an object feels due to gravity (an object with more weight would be harder to lift) density is how much matter is in an amount of space (an object with more density would weigh as much as an object with less density but in a smaller space/volume)
What would be the density of an object that has a volume of 25 cm3 and 5 grams?
In general, no. Of course, I'm assuming you mean the *object's* mass and volume. It's volume would change only if the pressure inside the box is different from outside before you open it, but since I assume the box is already at the same temperature and pressure of your environment, I personally can't think of a way it would change (unless you set up a very unusual set of conditions for the box and object, but that gets pretty involved).
For an object that is already a solid the change in its temperature does not affect its weight by any noticeable amount. The only change would result from the volume decrease as the object contracts when cooled. By occupying less space, it would displace less air and that would decrease the buoyancy of the object. That, though, would cause the object to weigh (slightly) more.