The charge on cobalt in the compound CoCl3.2 H2O can be determined by looking at the charges of the other elements in the compound.

1. Chlorine (Cl) typically has a charge of -1. Since there are three chlorine atoms in the compound, the total charge contributed by chlorine is -3.

2. Water (H2O) is a neutral molecule, meaning it does not contribute any charge to the compound.

3. Therefore, in order for the compound to be neutral overall, the cobalt (Co) must have a charge that balances out the -3 charge from the chlorine.

So, the charge on cobalt in the compound CoCl3.2 H2O is +3.

Question

The charge on cobalt in the compound CoCl3.2 H2O can be determined by looking at the charges of the other elements in the compound.

1. Chlorine (Cl) typically has a charge of -1. Since there are three chlorine atoms in the compound, the total charge contributed by chlorine is -3.

2. Water (H2O) is a neutral molecule, meaning it does not contribute any charge to the compound.

3. Therefore, in order for the compound to be neutral overall, the cobalt (Co) must have a charge that balances out the -3 charge from the chlorine.

So, the charge on cobalt in the compound CoCl3.2 H2O is +3.

Knowee AI · Accepted Answer

The charge on cobalt in the compound CoCl3.2 H2O can be determined by looking at the charges of the other elements in the compound.

1. Chlorine (Cl) typically has a charge of -1. Since there are three chlorine atoms in the compound, the total charge contributed by chlorine is -3.

2. Water (H2O) is a neutral molecule, meaning it does not contribute any charge to the compound.

3. Therefore, in order for the compound to be neutral overall, the cobalt (Co) must have a charge that balances out the -3 charge from the chlorine.

So, the charge on cobalt in the compound CoCl3.2 H2O is +3.

Unit 1: Fundamentals for ChemistryThe charge on cobalt in the compound CoCl3.2 H2O is: