No it is not.
Al(s) + 3CuF(aq) -> AlF3 + 3Cu(s) Assuming it's Copper (I) Fluoride 2Al(s) + 3CuF2(aq) -> 2AlF3 + 3Cu(s) Assuming it's Copper (II) Fluoride (s): solid phase (aq): aqueous (dissolved) phase
Convet the following word equation into a balanced chemical equation : aluminum metal+ copper (11) fluoride ------> aluminium fluoride + copper metal
Aluminum will displace copper from copper(II) fluoride (CuF2) to form aluminum fluoride (AlF3) and copper metal (Cu) in a single displacement reaction.
First, you need to determine the elements in the equation. They are copper and fluorine, respectively. Next, we determine if the compound is ionic or covalent. Remember that a basic ionic cmpd is a metal bonded to a nonmetal, and a basic covalent compount is non-metal-non-metal. Copper is a metal, so the bond is ionic. To name an ionic compound, you have the first part (the metal) written regularly, and the second part (in this case a monoatomic non-metal) is written regularly, but the last part is dropped and replaced with "ide". So far, the name of our compound is Copper fluoride. There is a certain type of metal called a transition metal. These metals, unlike the alkali or alkaline earth metals, have no set charge. Therefore, we must determine copper's charge and indicate it in the name. Balancing the charges: fluoride has a -1 charge. There are two F ions, making the charge of the non-metals -2. The charge must be balanced to 0, which can be done using thie following equation: x + -2 = 0 --> add 2 to both sides, the twos cancel on the right, and we get x = 2. Therefore the charge of the copper ion is 2+. To indicate this in the name, you put the charge in roman numeral form in parenthesis after the metal. The final name is Copper (II) fluoride.
The copper(II) fluoride has the formula CuF2.
Copper II fluoride is CuF2
The copper(II) fluoride has the formula CuF2.
Copper II fluoride is CuF2
If it is Copper (I) then it is CuF
The chemical formula for copper(I) fluoride is CuF.
You can assume that the anions in copper II fluoride are fluoride ions (F-) because the compound's name indicates that it contains copper with a 2+ charge and fluoride with a 1- charge, requiring two fluoride ions to balance the charge of one copper ion.
It would be CuF3 but this compound does not exist. Copper(II) fluoride, CuF2 exists, and K3CuF6 exists and contains copper III.