Briefly explain the process of Translation during protein synthesis?

Explanation

Translation is the second step during protein synthesis in which using genetic information on mRNA in nucleotide language, protein synthesis takes place on the ribosome in the amino acid lineage. mRNA carrying coded message for the synthesis of protein will be released into cytoplasm. With the help of this mRNA translation occurs in four steps.
They are (1) Activation and selection of Amino acids (2) Chain initiation (3) Chain elongation (4) Chain termination.
1. Activation and selection of amino acids: In this step, an 90 acid combines with ATP in the presence of amino acid synthetase and forms activated amino acid and this process is known as activation. The activated amino acid thus will be picked up by specific +RNA molecule and form amino acid +RNA.
Amino acid + ATP to  Activated amino acid Activated amino acid
+ +RNA - Amino acid +RNA
2. Chain initiation: During this process, initially mRNA attaches to smaller ribosomal subunit! Then +RNA carrying methionine attaches to the initiator codon (AUG) of mRNA. Now larger ribosomal subunit attaches to mRNA, such that the +RNA with amino acid coincides at P-Site. Soon after this, another +RNA with a second amino acid attaches to A-site peptide bond is formed between the first amino acid occupying A-site. Chain initiation needs ATP and proteins called initiation factors.
3. Chain elongation: Soon after chain initiation, ribosomal subunits slide along mRNA. This shifts the +RNA occupying A-site automatically to the P-site. Now to the emptied A-site +RNA carrying third amino acid gets attached With this peptide bond is established between second and third amino acids. This results in the growing of polypeptide chain referred to as chain elongation Chain elongation requires GTP. elongation factors and Mg+2ions.
4. Chain termination:
As soon as the sliding ribosomal subunits arrive at the terminator codons, the protein synthesis is stopped with the association of releasing factors to the larger subunit of ribosome. This is known as chain termination.
Soon after chain termination, newly formed polypeptide chain undergoes processing and attains specific structure.