Answer:
CH4+2O2 -> CO2+2H2O
Explanation:
CH4+O2
C=1
H=4
O=2
CO2+H2O
C=1
O=2
H=2
O=1
(Total O=2+1=3)
To balance = make them have the same amount of atom both sides.
For C - Don't change anything coz they both have the same amount of atom.
For H - Makes H of the product side (right side) to 4 coz the left side has 4. Put 2 infront of H (right side) 2H2 = 4 atoms of H (2 infront of H x 2 after H)
For O - Now O (product side <right side>) will be come 2 coz we put 2 infront of H (they also x 2 to O as well).
So 2 ( the O before + (CO2) ) PLUS 2 after +.
So O in the product side has 4 atoms.
Now we have to makes reactant side to 4 atoms, put 2 infront of O (left side) =O2 >2O2
The balanced chemical equation is as follows:
A balanced chemical equation may be defined as a form of an equation where the number of atoms of each type in the reaction is the same on both reactants and product sides. In more simple words, it can be determined as every element in the reaction has an equal number of atoms in the reactant and product.
The atom of carbon is almost the same on both sides. Now we can take oxygen. The atom of oxygen on the reactant side is 2, while the product side is 3. So, you have to put 2 near O2. Now, the number of atoms of oxygen on the reactant side is 4, while the product side is just 3. So, you have put 2 near H2O.
If you put 2 near H2O, the number of atoms of hydrogen becomes 4, so you have to put 4 near CH. Hence, the reaction is balanced now.
Therefore, it is well described above.
To learn more about Balancing chemical equations, refer to the link:
https://brainly.com/question/26227625
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