Science and technology is undoubtedly the rapidly growing field that is shaping the globes’ invention and research. When we think about nature, some phenomenon like photosynthesis seems to be difficult to figure out. With the help of a balanced of equation photosynthesis, we get to know the process of glucose by plants. Consequently, this article has featured every aspect that you need to know concerning the balanced equation of photosynthesis.Photosynthesis is a chemical process that is triggered by the presence of chlorophyll in plants. In this case, carbon (iv) oxide in presence of radiant energy and water is changed to glucose as oxygen is given out as the byproduct. Therefore, Carbon (iv) oxide, water, and radiant energy are considered as reactants whereas glucose and oxygen are considered as the products. A balanced equation of photosynthesis is a clear representation of the process.
The most important factor that should be considered by scholars in science and technology is to balance every equation. Here are the distinct steps that should be followed while coming up with a balanced equation of photosynthesis.
Step 1: Write the equation in a simplified manner
This is the first and foremost step that should be taken whenever you are intending to come up with a balanced equation of photosynthesis.
CO2 + H2O + Light energy > C6H12O6 + O2
This equation will only be termed as a balanced equation of photosynthesis if and only number of molecules for each of the elements reactants side are equal to those in the product side. Needless to say, there is one atom of carbon in the reactant side while there are six in the product side. Therefore, we need to insert 6 in front of the carbon (iv) oxide molecule. This will take us to the next step.
Step 2: Check if hydrogen atoms are equal on both sides of the equation
6 CO2 + H2O + Light energy > C6H12O6 + O2
Now, the carbon atoms are equal on both sides. The remaining atoms to check are hydrogen and oxygen. We have 2 hydrogen atoms on the reactants sided and 12 in the product side. This has to be balanced too. How? By putting 6 just before the water molecule in the reactant side will serve us good in our balancing process. Consequently, the resulting equation will leave both carbon and hydrogen atoms balanced. We need to consider the third atom which is Oxygen is also balanced.
Step 3: Check if the number of oxygen atoms is balanced
6 CO2 + 6H2O + Light energy > C6H12O6 + O2
The resulting equation is almost getting balanced but only oxygen atoms are unbalanced. In this case, we have 20 molecules of oxygen atoms on the reactants side and 8 molecules on the product side. Suppose we put 6 just before oxygen atom in then we will have our oxygen atoms balanced. The resulting equation will take us to the final step of obtaining a balanced equation of photosynthesis
Step 4: Check if all atoms are balanced
6 CO2 + 6H2O + Light energy > C6H12O6 + 6O2
If we consider every atom present in the reactants side against that which is present in the products side, we will get to know that there are an equal number of molecules. Therefore, it is transparently clear that the final equation is a balanced equation of photosynthesis.
Now, what are the benefits of knowing how to come up with a balanced equation of photosynthesis? How is it helpful to your studies or research?
Here are some of the advantages:
1.Easy and saves time
A balanced equation of photosynthesis is easy to understand and saves time in writing. It clearly indicates the reactants and products making it easy to understand. In case a chemical reaction needs to be done, a scientist can accurately calculate the molarity of each reactant that will result in the expected products.
One of the most interesting facts is the way all the scientist can really understand the balanced equation of photosynthesis regardless of the language barrier. Simply, language does not interfere with the actual representation of the equation.
It very crucial for every scholar in science and technology to learn the steps of writing a balanced equation of photosynthesis because all the chemical data nowadays are being represented using chemical equations. More so, it is highly recommended because a balanced equation of photosynthesis can be understood by all the scientists in the globe.