No, silicon can form only four covalent bonds.
Silicon is most likely to form covalent bonds because it has four valence electrons and will share electrons rather than give them away.
Silicon makes up about 25.7 percent of the earth's crust and can form 4 covalent bonds (just like its more reactive chemical analog carbon)
Carbon is in Group V. Thus, it needs 4 more electrons so as to achieve the octet structure in its valence shell. As such, carbon has make at most 4 single covalent bonds. The least number of covalent bonds carbon can make is 2 double bonds. We do not see an example of carbon forming 1 covalent bond involving the sharing of all 4 of its valence electrons.
The question is probably more "Which elements form covalent bonds?" Ionic bonds are between a metal and a non-metal. COVALENT bonds are between two non-metals.
Similarly to carbon and hydrogen, silicon and oxygen form numerous compounds. They are commonly known as silicates. Beach sand is a good example for a mixture of silicates.
No. Since silicon is a non-metal, it has a greater tendency to engage in covalent bonding as compared to iron
No: A carbon atom has only four valence electrons and therefore can form no more than four covalent bonds.
The electrons are shared in the covalent bond.
A carbon atom can typically only form 4 covalent bonds, but there are rare special cases in which it may form more than 4 to create an expanded octet.
Covalent bonds form betweenthe electrons in the outer valence of an atom.Read more: What_do_covalent_bonds_usually_form_between
Transition metals are more likely to form covalent bonds because of their small size. Ionic bonds are preferred, but depending on circumstances (electronegativity differences, atomic size, etc.) they can form polar covalent bonds.
Ionic (be careful with that spelling!) bonds form through the transfer of one or more electrons from one atom (the cation) to another (the anion). Covalent bonds occur when the electrons are "shared" by two atoms.