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One potassium atom can combine with one chlorine atom to form potassium chloride.
One sodium atom can combine with one chlorine atom to form a stable ionic compound called sodium chloride (table salt). The sodium atom gives up one electron to the chlorine atom, resulting in a stable arrangement for both atoms.
Potassium and chlorine atoms have the same charge, specifically 0. However, if one atom of each of these elements encounters an atom of the other, the potassium atom will transfer one of its electrons to the chlorine atom, leading to potassium ions and chloride ions, which do have opposite charges.
One atom of sodium will combine with one atom of chlorine to form one molecule of sodium chloride (NaCl) through ionic bonding.
One atom of silicon can combine with four atoms of chlorine to form silicon tetrachloride (SiCl4).
The formula for Zinc Chloride is ZnCl2. That means that for every 1 atom of Zinc there are 2 atoms of chlorine.
Yes. For example, one sodium atom and one chlorine atom combine to make sodium chloride, commonly known as table salt. Two hydrogen atoms and one oxygen atom make water.
It is combining capacity of an atom of an element and is numerically equal to the number of hydrogen atoms or number of chlorine atoms or double the number of oxygen atoms with which one atom of the element can combine.
Ca + Cl2 --> CaCl2 or Ca2+ + 2 Cl- --> CaCl2
Three. ---- Two, three or five; three phosphorus chlorides are known: PCl3, P2Cl4, PCl5.
Table salt is formed when sodium atoms and chlorine atoms react to form ions.Sodium atoms have 11 electrons and chlorine atoms have 17. In order to have a stable octet ( a full outer shell), the Sodium atom must lose one electron and the Chlorine atom must gain 1.If the sodium atom gives one electron to chlorine, they will both be stable.This is how table salt is formed.
A covalent bond is formed when a chlorine atom comes in contact with another chlorine atom, as they share electrons to achieve stability by completing their outer electron shell. This results in the formation of a chlorine molecule (Cl2).