Brief Introduction to the periodic table
The periodic table is also known as the table of elements. Among its characteristics, it comprises of a tabular exhibition of elements in chemistry.
These elements are arranged in a format of atomic number and chemical properties.
In total, the periodic table comprises of 118 elements.
Rows of the periodic table
The periodic table has seven rows called periods. These seven rows consist of metals to its right and non-metals to its left.
Columns of the periodic table
The columns of the periodic table are called groups. These groups contain elements with the identical chemical behavioral pattern.
The column and row organization of the periodic table is used to derive the relationships between a varieties of element properties.
Characteristics of the periodic table
The periodic table is arranged like a giant grid. Elements are placed in a specific position, as a result of its atomic structure.
Similar to characteristics of other grids, the periodic table has its rows from left to right, it also possesses columns both up and down.
Every row and column in the periodic has its unique traits.
A good example is, magnesium (Mg) and calcium (Mg) are located in column two. These elements located in column two, share similar traits.
Nonetheless, that is different from potassium (K) and calcium (Ca) in row four, as those share different characteristics is.
Why is it so important?
If you are asking yourself why the periodic table is so important, then you probably are not alone.
However, I can help you with some answers to that questions.
Let’s take a look.
A core element of the organic fuels
Most of what powers up the world today come from our organic fuels. Petrol, coal and the host of others. However, what you probably didn’t know is that its core is understood because of the periodic table.
Carbon for example, is at the core of most natural fuels. Without carbon, we would probably still be in the medieval age. Did I say without carbon? I meant without a proper understanding of carbon.
That’s where the periodic table comes in.
Agriculture
Another concept the periodic table helps us to understand better is agriculture. To illustrate, let’s take a look at Nitrogen.
Without an understanding of how nitrogen works, we would not have an inkling of how the earth’s atmosphere combines to keep us alive.
It also helps with fertilizers and a host of other things that make our food grow.
Apart from these two things, there are a host of other things that the periodic table helps us to understand.
So how do you get to understand it well? Well, you have to learn the periodic table in alphabetical order. That is really the first step to understanding everything about this concept.
Conclusion
In summary, the periodic table is essential because it is orchestrated to provide information about elements and how they relate to one another.
