Amezing Tips And Tricks to Balancing Chemical Equations Easy Way.

  Amazing Tips And Tricks to Balancing Chemical Equations Easy Way.

This article has tips and tricks on how we can balance chemical equations in a very simple way that works 100%. With this I will show you some equations by balancing.

what are chemical equations?

The form representing the chemical reaction in a condensed form using chemical formula. Is a mixed product. And there is an arrow [➝] between the reactant and the product.

ex.Na + CL➝ NaCl

   reactants ➝ products

why do we need to balance chemical equations?

Because of the conservation of mass, when the reactants change in the product, the number of atoms before the reaction is in the reactants; The same number of atoms are followed by the reaction in the product.

 Meaning, the total mass of reactants = total mass of the product.

Ans-: We have to balance the chemical equations with the conservation of mass theory.

   define of a balanced and unbalanced chemical equation?

• the numbers of atoms of elements in the reactants is as same as the numbers of atoms of elements in the product, such an equation is called a 'balanced equation'.
• the numbers of atoms of elements in the reactants is not as same as the numbers of atoms of elements in the product, such an equation is called an 'unbalanced equation'.

    The Trick For Balancing Chemical Equations.

Now come to the main topic. A very interesting trick is to read carefully. These tricks are 100% working, just read carefully. There are 4 steps for this trick which you have to print in your brain. 

• STEP 1 -: STEP 1 I have to balance all the metals in that equation.            [Ag, Na, K, Ca, Mg, Al .........]
• STEP 2: In STEP 2, you have to balance non -metals out of the equations. If there is no balance of metals while balancing the nonmetals, go back to step 1 and balance it and then return to step 2. [halogen, nitrogen, carbon, sulphur .......]
• STEP 3: In  STEP 3, you have to balance oxygen from the equations. If while balancing oxygen does not balance the above steps, go back to step 1 and step 2, balance it and then return to step 3.
• STEP 4: In STEP 4, you have to balance hydrogen from the equations. If while balancing hydrogen does not balance the above steps, go back to step 1, 2, and 3, balance it, and then step 4 You will be balanced. 

   Sequence To Follow While Balancing.

1. metals ( Ag, Na, K, Ca, Mg, Al .........)
2. non-metals ( halogen, nitrogen, carbon, sulphur .......)
3. oxygen
4. hydrogen

Whenever you work on balancing the chemical equation, follow the sequence. 

Now, Let's Do Some Examples. 

[While balancing equations, we do not have to change the formula of the compound. ex.H2O is if we have to do 2 atoms of O, then we cannot do H2O2 like this, we have to do 2H2 O like this. ]

• In this equation, we first looked at metal i.e. Na [sodium], then the reactant is Na 1 and in product 2 means Na is unbalanced, so first, we will balance Na. 
•  Then we looked at non-metal i.e. S [sulphur], then the reactant is Na 1 and product 1 means S balanced, that is, we no longer need to do anything. 
• Then we looked at O ​​[oxygen], then O is 5 in the reactant and 5 in the product is O balanced, but we had NaOH to 2NaOH while balancing Na, ie now the reactant has 6 oxygen and the product has 4 so now we have oxygen ko To balance H2O will have to do 2H2O. 
• The last step is H 3 in the H [hydrogen] reactant and 2 in the product means H is unbalanced. Now, what is the magic in this trick? When we balance oxygen, H (hydrogen) is also balanced automatically.  

That is, hydrogen is now 4 in the reactant and 4 in the product. That means, now the equation is fully balanced.