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The subscripts determine what the chemicals are, you have to change the amount of the reactants/products rather than change what the reactants/products actually are eg O2 is oxygen gas, if you wanted 4 of them to balance it it would have to be 2 O2 otherwise it wouldn't be oxygen gas any more.
It depends what on what balance your talking about
Well it fully depends on what type of copper you have. if you have Cu1+ then when you do an ionic equation and switch the ion charges, then the compound you would get would be Cu2O. If you had Cu2+ then the compound would end up being CuO. You cant just put two things together and assume its right. You have to do an ionic equation and then balance your reaction.
I would place the watch glass on a balance, and then zero out the balance with the watch glass placed in the tray. After the balance is balanced with the watch glass, I would move the weights to represent an added five grams. I would then slowly add calcium chloride to the watch glass until the balance rebalances or zeroes out.
There would be nothing to preserve and balance the amount of large grazing herbivore on the grasslands if there were not carnivores. Remember that nature is all about balance! There would be nothing to preserve and balance the amount of large grazing herbivore on the grasslands if there were not carnivores. Remember that nature is all about balance! There would be nothing to preserve and balance the amount of large grazing herbivore on the grasslands if there were not carnivores. Remember that nature is all about balance! HORSE ASSES!
you would change the coefficients
The balance equation would be 4Fe + 3O2 ==> 2Fe2O3, so the coefficients are 4, 3, 2.
Coefficients are used to balance equations because if you change the subscript, than you would change the substance.
1,3,1,3
We would need to have the list of correlation coefficients to respond to this question.
First off, it is going to be NaCl, not NaCl2 and Cl2, not Cl. Secondly, the balanced equation would be H2 + 2NaCl -> 2NaH + Cl2
In order to find the number of MOLES, you must find the relation to said MOLES. Always remember to balance the equation to determine the coefficients. That would be in order to find the relation between them.
The numbers placed immediately before formulas of compounds and/or elements involved in the reaction are called "coefficients" and those placed immediately after element symbols, depressed below the typographical line of the element symbol are called "subscripts". The subscripts show the number of atoms of a particular element in a formula unit of a molecule or other compound.
The coefficients in a rational expression would be rational numbers.
What is the charge of the PO4 ion? It is -3. Potassium (K) is +1. So K3PO4 is balanced, as you would expect. The hydrogen ion is +1, and chlorine (Cl) is -1, so it is balanced. You need 3 hydrogens to offset phosphate (PO4). K3PO4 + 3HCl = K3Cl3 + H3PO4 Everything has to equal. You have 3 potassiums on one side, you must end up with three on the other. Do you get phosphoric acid when you mix these reactants? Or do you instead get phosphor and water?
in order to balance equations, coefficients are placed in front of the various compounds/elements. This is done so that the same number of atoms are produced on each side of the equation. For example: *2*H20 = *2*H2 + 02 The numbers with asterisks on either side of them are coefficients. Without them, there would be only one hydrogen atom on the products side and two on the reactants side. In order to preserve the law of conservation of mass, you must add a coefficient of two. So, you multiply the coefficient by the however many atoms there are. Then, the equation is balanced and your teacher is happy.
it would be 1 because you'd have to subtract it to get the minimal