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Halogens are very reactive: F, Cl, Br, I.
The sum of the charges of ions in an ionic bond is always equal to zero. The compound would consist of the minimum number of ions necessary to make the charge of the compound equal to zero.For example, the charge of Na is +1, and the charge of Cl is -1. When these are bonded in an ionic bond, the Na+ and Cl- make NaCl, with a charge of zero.When you have two elements that aren't equal in charge, then you must make it to where the charges of both the cations and the anions equal zero when summed. You do this by adding more cations and anions to the compound as necessary.For example, the charge of Magnesium is +2, and the charge of Nitrogen is -3. To make the charge of this compound equal zero, you would need three Magnesiums and two Nitrogens. (2+2+2-3-3=0.) This means that when Mg2+ and N3- are bonded in an ionic bond, they would make Mg3N2.But basically, the short answer is that the sum of the charges on the ions in a unit of a compound is zero.
A displacement table would be used to find information on which cations or anions will replace other cations or anions in a chemical reaction.
Such an ion would most likely carry a 1+ charge.
It will change.
All the elements in groups 14-17 form anions. They all gain an electron. For example out of the these elements: F would be most likely because its the only one that is in a group 17. All the others wouldn't gain one. Because they are in groups 2,13,1,1. All the elements in groups 14-17 form anions. They all gain an electron. For example out of the these elements: F would be most likely because its the only one that is in a group 17. All the others wouldn't gain one. Because they are in groups 2,13,1,1.
True, non-metals would gain electrons to form anions with a negative charge.
Halogens are very reactive: F, Cl, Br, I.
The sum of the charges of ions in an ionic bond is always equal to zero. The compound would consist of the minimum number of ions necessary to make the charge of the compound equal to zero.For example, the charge of Na is +1, and the charge of Cl is -1. When these are bonded in an ionic bond, the Na+ and Cl- make NaCl, with a charge of zero.When you have two elements that aren't equal in charge, then you must make it to where the charges of both the cations and the anions equal zero when summed. You do this by adding more cations and anions to the compound as necessary.For example, the charge of Magnesium is +2, and the charge of Nitrogen is -3. To make the charge of this compound equal zero, you would need three Magnesiums and two Nitrogens. (2+2+2-3-3=0.) This means that when Mg2+ and N3- are bonded in an ionic bond, they would make Mg3N2.But basically, the short answer is that the sum of the charges on the ions in a unit of a compound is zero.
If there is an imbalance in the numbers of protons in electrons, then yes, an atom would have electrical charge.
Beryllim is an element. It forms a Cation that has a 2+ charge, because it must lose electrons to gain a noble gas configuration. Anions gain electrons which would have a negative charge.
Such an ion would most likely carry a 1+ charge.
A displacement table would be used to find information on which cations or anions will replace other cations or anions in a chemical reaction.
I think there may be some confusion here - I believe it's more likely that you would establish a VOLTAGE between the two elements. Of course the voltage usually implies charges, but the charges will be on each of the elements, not between them.
It will change.
Because the halogens are all diatomic. They only need one more electron to achieve a stable valence shell so they often get it from other radicals of the same element. Hence, you don't find F, Cl, or Br in nature. You find F2, Cl2, Br2.
A tool that would be used to find information on which cations or anions will replace others in a chemical reaction is a displacement table.