import DNA_to_RNA

def Amino_Acids_No(RNASequence):
     noOfAminoAcids=int(len(RNASequence)/3)
     Remainder=(len(RNASequence)%3)
     return  noOfAminoAcids,Remainder


#######Testing#######
no,remainder=Amino_Acids_No(DNA_to_RNA.RNA)
print(no,remainder)

f7c751deb842e7ce6bb74822ad4e1297abf79d37
<mask token>


def Amino_Acids_No(RNASequence):
    noOfAminoAcids = int(len(RNASequence) / 3)
    Remainder = len(RNASequence) % 3
    return noOfAminoAcids, Remainder


<mask token>

<mask token>


def Amino_Acids_No(RNASequence):
    noOfAminoAcids = int(len(RNASequence) / 3)
    Remainder = len(RNASequence) % 3
    return noOfAminoAcids, Remainder


<mask token>
print(no, remainder)

<mask token>


def Amino_Acids_No(RNASequence):
    noOfAminoAcids = int(len(RNASequence) / 3)
    Remainder = len(RNASequence) % 3
    return noOfAminoAcids, Remainder


no, remainder = Amino_Acids_No(DNA_to_RNA.RNA)
print(no, remainder)

import DNA_to_RNA


def Amino_Acids_No(RNASequence):
    noOfAminoAcids = int(len(RNASequence) / 3)
    Remainder = len(RNASequence) % 3
    return noOfAminoAcids, Remainder


no, remainder = Amino_Acids_No(DNA_to_RNA.RNA)
print(no, remainder)

import DNA_to_RNA

def Amino_Acids_No(RNASequence):
     noOfAminoAcids=int(len(RNASequence)/3)
     Remainder=(len(RNASequence)%3)
     return  noOfAminoAcids,Remainder


#######Testing#######
no,remainder=Amino_Acids_No(DNA_to_RNA.RNA)
print(no,remainder)
