Identify the type of reaction and balance the following equation:
CH4 + O2 →CO2 + H2O + heat
Answers
Answer:
Balanced equation-CH4 + 2O2 → CO2 + 2H2O
reaction name-H2 Nano Hydrogen Water
Bottle
Explanation:
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Answer:
- Given reaction is Exothermic Reaction.
Explanation:
As from the skeletal equation we can see that the heat is liberated on the product side, therefore the reaction is Exothermic.
Now, Balancing the given equation,
The given Reaction is ,
Now, Checking the initial & final atoms of Each element.
Let start Balancing the equation,
Step-1
Now, We will first balance Carbon (C)
As there is 1 C in L.H.S (Initial) and 1 C in R.H.S (Final), we can see that the carbon (C) atom is already balanced as L.H.S = R.H.S
Therefore, Carbon (C) is balanced.
Hence the first step equation will be, same as that of the given equation,
Step-2
Secondly, Balancing the Hydrogen atom.
As there is 4 H in L.H.S (Initial) and 2 H in R.H.S (Final), Multiplying with the common factor (2) on the Final side, i.e. 2 × 2 = 4 ; gives 4 H atoms in R.H.S (Final) which equals L.H.S (Initial).
Therefore, Hydrogen (H) is balanced.
Hence, the equation becomes,
Step-3
Now,balancing Oxygen (O)
On the R.H.S the Oxygen (2 H₂O) will be => 2 × 1 = 2 and 2 from CO₂ i.e. total will be 2 + 2 = 4.
As there is 2 O in L.H.S (Initial) and 4 O in R.H.S (Final), Multiplying with the common factor (2) on the Initial side, i.e. 2 × 2 = 4 ; gives 4 O atoms in L.H.S (Initial) which equals R.H.S (Final).
Therefore, Oxygen (O) is balanced.
Equation becomes,
Now, Checking the concentration of each atom again in the Step-3 step.
Here, we can see, as all atoms are balanced the third step equation is a balanced equation of the given Equation.
Therefore,