Yes, in fact if you melt both of them, shape them into a sword, you have something that can possibly split anything without denting, shattering or making a scratch in the newfound metal Tunganium or Titansten.
Tungsten can combine with other elements, at least oxygen, nitrogen, fluorine, and chloride, to form compounds. Tungsten can also combine with some other metals, notably iron, to form alloys, which are mixtures rather than compounds.
Whay would it be called if you combine tungsten and titanium
i dont know i only 5.
yes
yes it can combine to other element, because the element water is a combination of a hydrogen and oxygen.
the chemical symbol for Tungsten is W. is is item 74 on the Period Table of Chemicals.
Yes iron is solid at 1500 degrees. Even though it is not mentioned whether it is 1500 degrees Celsius or kelvin, but Iron is solid at 1500 degrees because the melting point of iron is 1538 degrees Celsius.
The answer can be yes or no. YES Carbon has an atomic number of 6, and the vast, vast majority of atoms in the universe are Hydrogen (Atomic Number 1), or Helium (AN = 2). So compared to all other atoms in the universe.. yes carbon is large. NO Carbon has an atomic number of 6 and in the periodic table there are elements going up to 118. So Carbon is pretty low down compared to all other types of atoms.
Like many other elements, magnesium can be found in a variety of compounds.
For example halogens, carbon, oxygen, sulfur, other nonmetals.
Of course, silver has many chemical compounds.
Yes, arsenic forms many compounds.
Yes, it can, and it combines with many other elements. The most common example is sodium chloride, ordinary table salt.
all the electrons that are available in outermost shell
you combine elements
iodine,bromine,chlorine,sulphur,oxygen,nitrogen
Yes, copper readily combines with several other elements. Combined with zinc it is brass, combined with tin it is bronze. It combines with many other elements including oxygen and sulfur.
Yes it combines with many nonmetals such as halogens, oxygen, sulfur etc. Generally form covalent bonds with these elements.
Carbon
Iron and carbon are always present in steel. There are many types of steel, some of which also contain one or more of nickel, chromium, molybdenum, manganese, tungsten, and possibly other elements.
Uranium has an extensive chemistry- its quite reactive and forms many very interesting compounds.