Silicon is a non metal element. Atomic number of it is 14.
Silicon, silicium, Si, is number 14 in the periodic table.
An element with no. of protons=14 means its atomic number is 14, is an isotope of silicon.its mass number=14+16=30hence the element is 30Si,its abundance is 3.1%
Silicon (Si) is situated between Aluminium (Al) and Phosphorus (P) in the Periodic Table. Its atomic number is 14, and it belongs to the "metalloids" category of the Table. Its period number is 3 and its group number is 14.
Silicon is an element. Its atomic number is 14 and its symbol is Si .Silicon is an element. (However, silicone... note the final e... is a category of silicon-containing compounds, which might be the source of the confusion.)
Silicon is an element, not a compound or mixture. It is a non-metallic chemical element with the atomic number 14 and symbol Si.
The correct symbol for the element silicon is Si and the atomic number is 14.
Si atomic number is 14. Atomic mass is 28.
The atomic number of silicon (Si) is 14. The atomic weight of Si is 28.0855 grams per mole. See the Web Links and the Related Questions to the below this answer for a periodic table and more information about this element.
The atomic number of the element Si is 14.
Si
silicon is the only element with an atomic number of 14. (Si is the symbol on a periodic table)
Silicon, silicium, Si, is number 14 in the periodic table.
The element that contains 14 protons in its atoms has the atomic number 14. On the Periodic Table, this element is silicon, Si.
Silicon (Si) is a chemical element with an atomic number of 14. It has 14 protons in its nucleus, which defines its identity as silicon.
28/14 Si Its the number they give you which is the atomic mass of the isotope over the atomic number and the symbol of the element.
Silicon-29 has 14 protons (atomic number), 14 electrons if the atom is neutral, and 15 neutrons (mass number - atomic number).
An atomic number represents the number of protons in the nucleus of an atom. It determines an element's identity and is unique to each element on the periodic table.