show with examples how we take care of the electrical charges on radicals while finding out the formula of compound made up of them
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Use the Octet Rule
Determine the electrons in the outer shells of the elements in the radical. This can be determined by counting how many columns on the periodic table the element is from a noble gas. For example, the cyanide radical (CN) has four outer electrons for carbon and five outer electrons for nitrogen.
Combine the atoms with covalent bonds, so they share as many electrons as possible without exceeding eight electrons. For cyanide, both carbon and nitrogen can share three electrons each. When nitrogen adds these three electrons to its existing five, it has eight electrons, known as an octet. Carbon ends up with seven electrons.
Determine the electrons in the outer shells of the elements in the radical. This can be determined by counting how many columns on the periodic table the element is from a noble gas. For example, the cyanide radical (CN) has four outer electrons for carbon and five outer electrons for nitrogen.
Combine the atoms with covalent bonds, so they share as many electrons as possible without exceeding eight electrons. For cyanide, both carbon and nitrogen can share three electrons each. When nitrogen adds these three electrons to its existing five, it has eight electrons, known as an octet. Carbon ends up with seven electrons.
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Explanation:
redical carrier charge over damn butter compound do not the compound are radical in neutral has the present in the compound are opposite cancel each other the positive and article radical must be present in 8 hair fall example a l q so43 the total positive charge 2 into 3 is equal to 64 is 3 into 3 is 643 so4 2/4 -
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