Hello and good morning!
your answer will be:
A Terrestrial Planet is: <span>A </span>terrestrial planet<span>, telluric </span>planet<span>, or rocky </span>planet<span> is a</span>planet<span> that is composed primarily of silicate rocks or metals. Within the Solar System, the </span>terrestrial planets<span> are the inner </span>planets<span> closest to the Sun, i.e Mercury, Venus, Earth, and Mars.
A Gas Giant Is: </span><span>a large planet of relatively low density consisting predominantly of hydrogen and helium, such as Jupiter, Saturn, Uranus, or Neptune.
Hope I helped!
~Tomas</span>
Answer:
C. Sprout every year, year after year
Explanation:
The perennial plants are the plants that live for more then two years, thous some may argue that they are plants that live more then three years. Whichever the case, they are not short-lived plants, but are capable of surviving for numerous years, unlike the annuals and biennials. Theoretically, the shrubs and trees would fall into this category, but they are classified separately, and this term is not used for them, but for smaller plants that do not have or have very little woody parts. These plants tend to sprout every year, and even though they seemingly die in the autumn, their roots are alive, and they emerge and grow again in the spring, sprouting again. That process repeats itself for numerous years.
Answer:
The correct answer is C. it joins Okazaki fragments together
Explanation:
During the DNA replication, the DNA is replicated by DNA polymerase and both the strand act as template strand. One strand is continuously synthesized by the DNA polymerase called the leading strand and the other strand is synthesized in a discontinuous manner called lagging strand.
In lagging strand due to discontinuous replication, many short nucleotide fragments are created which are called Okazaki fragments. These Okazaki fragments are joined by an enzyme DNA ligase. By making a bond between two Okazaki fragments it connects all fragments and makes a single daughter strand.
So the correct answer is C. it joins Okazaki fragments together.
The structure of a peptide dtlh is everything.
