Question

ius, ic, ite, ate, pre ion​

Answer 1

Answer:

yes these all are pretty ions

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Answer 2

Answer:

Assigning formal charges assumes

Assigning formal charges assumes 100

Assigning formal charges assumes 100%

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e−

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e−

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e− where:

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e− where:owned electrons are found by cleaving each bond homolytically so that one electron goes to each atom that was bonding.

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e− where:owned electrons are found by cleaving each bond homolytically so that one electron goes to each atom that was bonding.valence electrons are found from the group number of the main group elements.

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e− where:owned electrons are found by cleaving each bond homolytically so that one electron goes to each atom that was bonding.valence electrons are found from the group number of the main group elements.Of course, this is meaningless for a molecule as a whole. Furthermore, the ion you've quoted does not exist.

Assigning formal charges assumes 100% covalent character, meaning the electrons in a given chemical bond are assumed to be equally shared.FC=valence e−−owned e− where:owned electrons are found by cleaving each bond homolytically so that one electron goes to each atom that was bonding.valence electrons are found from the group number of the main group elements.Of course, this is meaningless for a molecule as a whole. Furthermore, the ion you've quoted does not exist.Phosphate is actually

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