The planet described is Jupiter. Ganymede is the moon described.
Answer:
Replication proceeds in both directions from a single origin of replication.
Explanation:
The origin of replication is the DNA sequence where the process of DNA replication begins. Prokaryotes such as <em>E. coli</em>, mostly have smaller genome sizes as compared to the eukaryotes and have a single origin of replication. The DNA helicases serve to unwind the DNA at the origin of replication and create replication forks.
The origin of replication is an AT-rich sequence where DNA is easily denatured to produce single strand bubbles or the replication loops. Both the separated DNA strands are replicated simultaneously. The replication is bidirectional which means that both ends of the separated DNA loop have active replication forks. The process of DNA replication continues until both the replication forks meet to replicate the complete DNA.
The answer for the question asked above is True
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Answer:
Solid: State of matter with definite shape.
Gas: State of matter with particles very far apart.
1 or 3: Arrows that show particles getting closer together.
2 or 4: Arrows that show particles gaining energy.
Gas: State of matter that will fill any container.
Liquid: Sate of matter with definite volume but not shape.
Solid: State of mater with least amount of kinetic energy.
Explanation:
There are three states of matter :
Solid: It is the state in which atoms are tightly packed such that either they can make no movement at all or just can cause vibrations. Hence, solids have a definite shape and volume.
Liquids: When the solid molecules are heated, they gain energy and free themselves, converting into the liquid state. The molecules have a definite volume but not a definite shape.
Gas: When liquid molecules are heated together, they gain more energy and start hitting the walls of the container with a much greater space. They move more freely in this state and hence the molecules do not have a definite shape or volume in this state.
A)
Telomeres are the caps at the end aspect of DNA
that defend our chromosomes, which guards the end of a chromosome from corrosion.
B)
Telomeres
only exist in eukaryotes, because it possesses the chromosomes from being tarnished
by specific molecules in the cell.
C)
The Telomeres are known as to hold a capping
function. Its principal mission in the eukaryotes is to defend the end of
the chromosome from the DNA deprivation, its repair contrivance and the fusion
with other ends. It is also inattentive in the prokaryotic cells because it has
a circular chromosomes, therefore Telomeres are needed in their state.
