Answer:
In 149 B.C., after Carthage technically broke its treaty with Rome by declaring war against the neighboring state of Numidia, the Romans sent an army to North Africa, beginning the Third Punic War.The Third Punic War ended in victory for the Romans and defeat for the Carthaginians. Throughout the siege, Hasdrubal attempted to negotiate with the Romans.The destruction of Carthage was an act of Roman aggression prompted as much by motives of revenge for earlier wars as by greed for the rich farming lands around the city. The Carthaginian defeat was total and absolute, instilling fear and horror into Rome's enemies and allies.The immediate cause of the war was the issue of control of the independent Sicilian city state of Messana (modern Messina). In 264 BC Carthage and Rome went to war, starting the First Punic War.
One major event that occurred in the Third Punic War was that "Roman captured and defeated of Carthage," since this ultimately led to the Carthage Empire in the Mediterranean.
<u>Brainlest please</u>
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B is the answer, because during the great depression and WW2 there was no law passed by congress that, there should be 2 terms
<span>Buddhism is a religion for some, for others it is a philosophy of life</span>.
<span>there are 32 features, here is four:
the ball of each foot is flat
toes and hands are long
the skin is golden
the toes are straight and <span>regular.</span></span>
Answer:
RNA resembles a long chain with the links in the chain made up of individual nucleotide. RNA carries out the instructions encoded in DNA, most biological activities are carried out by proteins. The accurate synthesis of proteins thus is critical to the proper functioning of cells and organisms. The linear order of amino acids in each protein determines its three-dimensional structure and activity.For this reason, assembly of amino acids in their correct order, as encoded in DNA, is the key to production of functional proteins. Three kinds of RNA molecules perform different but cooperative functions in protein synthesis. Synthesis of all protein chains in prokaryotic and eukaryotic cells begins with the amino acid methionine. In most mRNAs, the start (initiator) codon specifying this amino-terminal methionine is AUG.In a few bacterial mRNAs, GUG is used as the initiator codon, and CUG occasionally is used as an initiator codon for methionine in eukaryotes. The three codons UAA, UGA, and UAG do not specify amino acids but constitute stop (terminator) signals that mark the carboxyl terminus of protein chains in almost all cells.The sequence of codons that runs from a specific start site to a terminating codon is called a reading frame. This precise linear array of ribonucleotides in groups of three in mRNA specifies the precise linear sequence of amino acids in a protein and also signals where synthesis of the protein chain starts and stops.
Explanation:
