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Yes it is. Ionic bonds tend to form between metals and nonmetals.
Calcium chloride is a salt; calcium is the cation and chloride the anion.
No, it is an ionic bond. Calcium(Ca) has a +2 charge and Chlorine(Cl) has a -1 charge. So one Ca and two Cl give a net charge of zero. Any bond that deals with a charge, like this one, is going Tobe an ionic bond.
Calcium oxide is an ionically bonded compound that contains equal numbers of calcium cations with a charge of +2 and oxide anions with a charge of -2.
The overall charge for any compound is balanced. The charge for Ag is +1, and the charge for chloride is -1. They cancel each other out.
+2.
No the chloride ion is a chlorine atom that has gained an electron and has a -1 charge. Because it is charged the chloride ion must be accompanied by a positive ion of some sort to balance the charge. Calcium chloride is a compound that contains chloride ions (Cl-) and calcium ions (Ca2+) and has the formula CaCl2
Calcium chloride is neutral, so charge = 0.
Well the charge on the compound would be stable (0) when bonded, because the Calcium has given it's electrons to the Oxygen atom. But the charge on the calcium ion itself would be 2+
CaCl2.
Calcium ions have a charge of +2 and chlorine ions have a charge of -1. Because a compound is neutral, you need two chlorine atoms per calcium atom, thus giving us the formula of CaCl2. This tells us that there is one calcium atom in the compound.
The calcium ion is doubly positively charged (Ca2+) while the chloride ion is singly negatively charged (Cl-). Two chloride ions are required to balance one calcium ion in the ionic compound calcium chloride. Therefore its chemical formula is CaCl2.
Well the charge on the compound would be stable (0) when bonded, because the Calcium has given it's electrons to the Oxygen atom. But the charge on the calcium ion itself would be 2+
Yes it is. Ionic bonds tend to form between metals and nonmetals.
Calcium chloride is a salt; calcium is the cation and chloride the anion.
calcium is mdonating one electron to each chloride. This makes the calcium a positive charge and the chloride a negative charge. This is called ionic bonding (CaCl2)
Calcium in milk exists as divalent cations, which must be accompanied by enough anions to balance their electric charge. In that sense, calcium in milk is a compound, but calcium as a chemical element can also exist on its own in another environment.