Assertion : All three ENAs (mRNA, tRNA and rRNA) are needed to synthesise a protein in a cell.
Reason : The mRNA provides the template, RNA brings aminoacids and reads the genetic code, and tRNA play structural and catalytic role.

The ( a) provides the template, (b) brings amino acids and reads the genetic code , and (c) play structure and catalytic role during translation.

The ( a) provides the template, (b) brings amino acids and reads the genetic code , and (c) play structure and catalytic role during translation.

Why all the three RNAs are needed to synthesise a protein in a cell?

Consider the following statements (A). r-RNA provides the template for synthesis of proteins (B) tRNA brings amino acids and reads the genetic code (c ) RNA polymerase binds to promother and initiates transcription (D) A segment of DNA coding for polypeptide is called intron

Consider the following statements i. r-RNA provides the template for synthesis of proteins ii. t-RNA brings amino acids and reads the genetic code iii. RNA polymerase binds to promoter and initiates transcription iv. A segment of DNA coding for polypeptide is called intron

Consider the following statements. I. rRNA provides the template for synthesis of proteins. II. tRNA brings amino acids and reads the genetic code. III. RNA polymerase binds to promoter and initiates transcription. IV. A segment of DNA coding for polypeptide is called intron.

Consider the statements (i) rRNA provides template for synthesis of proteins (ii) tRNA brings amino acids and reads genetic code (iii) RNA polymerase binds to promoter and initiates transcription (iv) A segment of DNA coding for polypeptide is called intron