Answer:
The major structural difference between chromatin and chromosomes is that the latter are more organized and condensed.
Explanation:
Chromatin is genetic material packaged into a complex by special proteins (histones). That complex is in the form of uncoiled structures, so chromatin fibers are long and thin. Chromatin structure is permissive to DNA replication, transcription and recombination events.
On the other hand, chromosomes are highly condensed structures of genetic material that are formed just before the cell division.
Answer:
True - plants are living things
Mitosis is the cell division process that occurs anywhere in the body, these except the production of the gametes.
If the cells were more in the mitotic process then the cells would only keep dividing in an amassing rate. This might cause some genetic errors and dysfunctions.
Metals conduct electricity and heat, indicating that the electrons are free to move. Metals are malleable, showing that atoms are not in fixed positions but can remain bonded even though they change their positions. In metallic bonding, atoms donate electrons to a pool and all the atoms share in the pool. No compounds are formed, but the atoms are bonded into a network.
Population growth is important because it affects the earth's ability to resist climate change and absorb emissions through deforestation and the land is converted for agricultural use.
Explanation:
Thermal expansion is the process when water is heated up and it takes up more space. Reducing fertility is essential if future population growth is to be reined in mortality and the migration affects the structure of population.
The infectious diseases that will be affected by climate change that are spread by insect vectors and by contaminated water.
The extent of future climate change depends on what we do to reduce greenhouse gas emissions.
