Yes. An object's density is an inherent property of what it is made of , regardless of how much you have. Here is another way of viewing it. Density is mass divided by volume. Two paper clips have double the mass and double the volume of one paper clip. 2m/2V=m/V
The moon's average density is about the same as the density of mantle of the Earth.
Because the magnet is not the same force as the paperclip!
I would expect it to have more or less the same density, since it is made of the same material.
Yes, a pound of cotton and a pound of lead have the same density because density is a property of a material that is independent of its weight. Density is defined as mass per unit volume, so if both the cotton and lead weigh the same, they should have the same density.
The density of pure aluminium is the same for all samples.
The mass is changed, the density is not changed.
There are some articles talking about this in Wikipedia, but as I heard from my teacher who has lots of knowledge, it was invented by a child who was in school, playing with a piece of thin metal, and when he turned in his homework, he twisted it around and used it as a paperclip that's used these days. I'm pretty sure that the paperclip the child made didn't look exactly the same as today's paperclip.
probably the same size as a paperclip
The temporary magnet becomes a magnet in a strong magnetic field, but its magnetic properties will disappear when that field is taken away. The ferromagnet and the permanent magnet are essentially the same thing. The electromagnet isn't that easy to make compared to the temporary magnet. Let's conduct an esperiment. If we take a bar magnet and pick up a paperclip with it, we can use the paperclip on the end of the magnet to pick up another paperclip. The second paperclip we are picking up only needs to touch the first paperclip; it does not have to touch the magnet itself. When the magnet is taken away, the paperclips no longer exhibit magnetic properties. They were acting as temporary magnets, and the simple and easy removal of the magnet cause them to lose their magnetism.
Different volumes of the same substance will have the same density. Density is an intrinsic property of a substance, which means it is constant regardless of the volume it occupies. This relationship is expressed by the formula density = mass/volume.
2 and staples will look more professional. It wouldn't seem like you are trying to same a piece of paper. Unless the company you are applying isn't into "go green" staff. Good Luck though!
In a vacuum they would reach the ground at the same time (assuming they are released at the same time and from the same height). When not in a vacuum, however, air resistance is acting on both items - and so the paperclip would touch the ground first.
The moon's average density is about the same as the density of mantle of the Earth.
No, the density of the whole item is not necessarily equal to the density of its parts. The overall density of an object is determined by its mass and volume, which can change when multiple parts are combined. Additionally, different materials can have different densities, affecting the overall density of the item when combined.
No. Two objects could have the same density but they also could not. If the two objects were not made from the same substance they would not have the same density. Although if they did then they would have the same density.
Because the magnet is not the same force as the paperclip!
Yes, if two objects have the same volume and density, they will have the same mass. This is because mass is calculated by multiplying density and volume; therefore, having the same density and volume means the objects will have the same mass.