Which of the following statements regarding t | vedclass

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(A) The genetic code consists of $64$ codons. Out of these,$61$ codons code for amino acids,while $3$ codons $(UAA, UAG, UGA)$ act as stop codons (ter

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Only $ii$

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(A) The genetic code consists of $64$ codons. Out of these,$61$ codons code for amino acids,while $3$ codons $(UAA, UAG, UGA)$ act as stop codons (termination codons) and do not code for any amino acid. Therefore,statement $ii$ is incorrect because not all $64$ codons code for amino acids. Statements $i, iii, iv,$ and $v$ are correct: the code is a triplet,it is unambiguous (one codon codes for only one amino acid),it is universal (the same codon codes for the same amino acid in all organisms),and $AUG$ has dual functions (it codes for methionine and acts as an initiator codon).

Which of the following statements regarding the genetic code is incorrect?
$i.$ The codon is a triplet.
$ii.$ $64$ codons code for amino acids.
$iii.$ The genetic code is unambiguous.
$iv.$ The genetic code is universal.
$v.$ $AUG$ has dual functions.

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Which of the following statements regarding the genetic code is incorrect?$i.$ The codon is a triplet.$ii.$ $64$ codons code for amino acids.$iii.$ The genetic code is unambiguous.$iv.$ The genetic code is universal.$v.$ $AUG$ has dual functions.