if there's that dot in the between the chloride and the water molecule: cobalt (II) chloride hexahydrate.
Cobalt(II) Chloride Hexahydrate
The formula rm CuCl3 is not reasonable because copper typically forms stable compounds with a +1 or +2 oxidation state. The correct formula for a stable copper chloride compound would be rm CuCl or rm CuCl2.
Ionic bonding occurs between atoms of different elements, not within a single molecule. It involves the transfer of electrons from one atom to another to form ions that are attracted to each other due to their opposite charges. This type of bonding is typically seen in compounds made of metals and nonmetals.
The formula for Copper (II) Chromate is CuCrO4.The copper has a 2+ charge (Cu2+) and the chromate ion has a 2- charge ( (CrO4)2-).Since the charges balance each other out, therefore, we get CuCrO4.
copper (III) chloride Added: It is very unlikely that CuCl3 exists: The only two possible oxidation states of copper are I (cuprous, Cu+) and II (cupric, Cu2+) and if it doesn't exist then it has also NO name! Correction on the above. It does exists it is just very unstable and will switch back to Cu(II)Cl2 it is used to create the Cu(I)Cl because it is very unstable in the Cu(I)Cl and will easily form into the copper 2
The Chemical Equation for aluminum and copper chloride is as follows: Al+CuCl=Cu+AlCl. You will have to balance it and put the charges where they belong, but that's the basic equation. Hope it helps!
Copper (III) chloride. Note that this is theoretical compound copper does have a +3 oxidation stae in some complexes but does not from compounds such as CuCl3. The only halides known are +1 oxdtn state:- CuCl, CuBr, CuI +2 oxdtn state : CuF2, CuCl2, CuBr2
+2 oxidation state
The formula rm CuCl3 is not reasonable because copper typically forms stable compounds with a +1 or +2 oxidation state. The correct formula for a stable copper chloride compound would be rm CuCl or rm CuCl2.
Ionic bonding occurs between atoms of different elements, not within a single molecule. It involves the transfer of electrons from one atom to another to form ions that are attracted to each other due to their opposite charges. This type of bonding is typically seen in compounds made of metals and nonmetals.
There are 3 elements in the chemical compound CuCI3. The 3 elements are: Copper (Cu), Carbon (C) and Iodine (I). In one molecule of this compound, there are 5 atoms: 1 copper atom, 1 carbon atom and three iodine atoms.
The formula for Copper (II) Chromate is CuCrO4.The copper has a 2+ charge (Cu2+) and the chromate ion has a 2- charge ( (CrO4)2-).Since the charges balance each other out, therefore, we get CuCrO4.
copper (III) chloride Added: It is very unlikely that CuCl3 exists: The only two possible oxidation states of copper are I (cuprous, Cu+) and II (cupric, Cu2+) and if it doesn't exist then it has also NO name! Correction on the above. It does exists it is just very unstable and will switch back to Cu(II)Cl2 it is used to create the Cu(I)Cl because it is very unstable in the Cu(I)Cl and will easily form into the copper 2
The Chemical Equation for aluminum and copper chloride is as follows: Al+CuCl=Cu+AlCl. You will have to balance it and put the charges where they belong, but that's the basic equation. Hope it helps!