Answer:
The correct answer is- sequence of bases
Explanation:
Watson and Crick demonstrated that DNA is a double-stranded molecules which are joined together by hydrogen bonds between the complementary base pairs present on opposite strands.
The genetic information is present in the DNA in the form of a sequence of bases. These base sequences are transcribed during the transcription process and translated in the translation process. During translation, the bases are expressed in the form of proteins.
The DNA can be transferred from parent to daughter cells so DNA could carry a large amount of hereditary information.
Salt reduces the amount of water in a solution, because you're introducing another molecule. If the water concentrations are different, the water is going to want to reach an equilibrium to balance itself out. Because the salt solution has a higher water concentration than the plant cell, the water will move into the cell to try and balance out the concentrations. If the salt solution had a lower water concentration (water potential) then water would move from the cell into the solution.
The sequence is
DNA --> RNA --> Amino Acid
For example
GGC is your DNA
CCG is your RNA
And your amino acid would be PRO
2.
AAT --> AAU -->ASN
DNA ---> RNA --> AMINO ACID
3.
TCA --> UGA --> STOP
DNA --> RNA ---> AMINO ACID