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because they are super dense
Ozone is an allotrope of oxygen. It is a non-metal. Oxygen when compressed to very high pressures forms a dense metallic state. Presumably ozone can enter a similar metallic state at high pressures.
Because calcium is a soft metallic element, and a hammer (presumably made of iron) is harder and more dense than the calcium.
Metals are electrically and thermally conductive, generally they are hard, dense, with high melting and boiling points etc.
Given the context of your question i can only assume you are referring to the CORE of an electromagnet. In that case, the more dense the magnetic material you are using the better. In the case of Copper,while dense, it's very weakly magnetic and does not make an effective core. Steel is an alloy and while harder than Iron, is not as dense. Iron, being a denser magnetic material, makes a very effective core for an electromagnet to wrap your insulated copper wires around. I would suggest using Iron; however steel should also work for the purposes of demonstrating the concept of an electromagnet.
Ferromagnesian Silicates - silicates with iron and/or magnesium in their structure. Most ferromagnesium minerals are dark-colored and more dense than the non-ferromagnesian silicates.
'Lead' is a dense, metallic element.
Uranium is a natural chemical element, radioactive, dense, atomic number 92.Uranium is a solid metal.
because they are super dense
The core is a dense chunck of metal that influence the earths magnetic field.
Gaseous on the outside, then liquid hydrogen, more dense metallic hydrogen, rocky core
Deep inside Jupiter hydrogen is in a very dense condition due to extreme pressure. This dense condition is called "metallic hydrogen" because then it can conduct electricity. On Earth the pressure is simply not strong enough to produce metallic hydrogen.
The relative permeability of 10,000 means that the material can support a magnetic field 10,000 times more dense than than a magnetic field in free space.
Nickel, Magnesium, zinc, and tin are good ones
Ozone is an allotrope of oxygen. It is a non-metal. Oxygen when compressed to very high pressures forms a dense metallic state. Presumably ozone can enter a similar metallic state at high pressures.
It all depends on the object... A really dense object is hard to go through whereas a less dense object is easier to go through... Hope this helped...
Because calcium is a soft metallic element, and a hammer (presumably made of iron) is harder and more dense than the calcium.