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Yes. They have very high densities, such as 1847.7kg/m3 for beryllium.
have very high density and have high atomic mass
That is not true. Every element takes the form of a gas if it is sufficiently heated. In other words, all elements have some boiling point. For some elements the boiling point is very high, but it does exist.
Likely one of the two electric elements is going out which creates very high resistance in the circuit and therefore draws very high current (amps) and causes the breaker to trip.
The density of rubbers stoppers can be very different from one to the next. This is because there are different stoppers at different densities.
Yes. They have very high densities, such as 1847.7kg/m3 for beryllium.
The native elements have very high desities because their crystal structures are based on the packing of atoms as close together as possible
Generally, metals have a high density relative to other elements, but there are a few which dont correspont to this rule. But if it was a simple yes or no question, it would be HIGHH!!!! The density of metals is very variable: from lithium (0,534 g/cm3) to osmium (22,61 g/cm3) - from low density to high density.
have very high density and have high atomic mass
They get hot. If "very high" is high enough then they start existing as a fourth state of matter called "plasma". If "very high" is even higher than that they could break down into a quark-gluon plasma.
Very reactive elements are alkali metals and halogens.
the conditions are very high heat (hot enough to melt the rock), and/or very high pressure (to recombine the elements in the rock).
Plasma is heated to a very high temperature. Bose Einstein Condensates cool to very low densities."BOTH ARE/HAVE TOO EXTREME TEMPERATURES."
Either osmium or iridium. The densities are very close.
Minerals of a nonsilicate crystal have very high densities because their crystal structures are based on the packing of atoms that are as close together as possible. This structure is called this closest packing.
Heavier elements - mainly, elements with an atomic number after that of iron - will only fuse at very high temperatures, mainly in supernovae.
Group 1 elements have very low electronegativies and group 7 elements have very high electronegativities, so that both are reactive with almost every other element, the group 1 elements by donating electrons and the group 7 elements by accepting electrons.