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Silicon does because the bc science book Periodic Table says that

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The atomic number of silicon?

Silicon is the 2nd member of carbon family its Atomic no is 14.


Which is larger silicon or sulfur?

silican m8. Judgin on my years of research I have finally come to the conclusion that silican is larger.


What is the Correct number of covalent bonds formed by silicon?

silicon alwayus forms the 4 covalent bonds just like carbon. but its pi bonding is not stable due to larger atomic size....


This element has an atomic number that is double the atomic number of silicon?

this elemnt has an atomic number that is double the atomic number of silicon?


This element has the atomic number that is double the atomic number of silicon?

The element with an atomic number that is double the atomic number of silicon is germanium, with an atomic number of 32. Silicon has an atomic number of 14.


Element has an atomic number that is double the atomic number of silicon?

The element with an atomic number that is double the atomic number of silicon is germanium, with atomic number 32. Silicon has an atomic number of 14.


What element has double the atomic number of silicon?

The element with double the atomic number of silicon is germanium, which has an atomic number of 32 compared to silicon's atomic number of 14.


Where is silicon on the periodic table of elements?

Silicon(Si) has atomic number 14. It is located under Carbon and right of Aluminum.


What is the atomic number of this element for silicon?

The atomic Number of Silicon is 14.


What element has an atomic number that is double the atomic number of silicon?

Chromium atomic number is 24 and silicon atomic number is 14 so double of 14 is 28 so it must be nickel. i am not sure but it must be that


What is the atomic number foe silicon?

the atomic number of silicon is 14, it's atomic weight is 28.0855


How are silicon and carbon different?

Silicon is a metalloid element with atomic number 14, while carbon is a nonmetal element with atomic number 6. Silicon is used in electronic devices as a semiconductor, while carbon forms the backbone of organic molecules like proteins and DNA. Silicon tends to form covalent compounds, while carbon forms a variety of bonding types including covalent, ionic, and metallic bonds.