Answer:
T T C O C T
Explanation:
Each eukaryotic chromosome usually has repeated telomere sequences ranging from 2 to as many as 2000.
There is normally just one specialized DNA sequence called the centromere per eukaryotic chromosomal DNA molecule.
The origin of replication is the site where DNA duplication starts in S phase.
The centromere attaches the chromosome to the mitotic spindle via the kinetochore structure.
Teleomere contains repeateted sequences at the ends of the chromosomes.
Answer:
choices?
Explanation:
please let me know when the choices are up
Answer: B. Producers
Explanation:
A food chain is basically a sequence of transfer of food and energy when one organism is consumed by other organism in an ecosystem. In an energy pyramid linked with food chain the producers are present in the lowermost base level trophic level. These organisms exhibit the highest amount of energy as compared to other trophic levels. As these organisms are capable of producing their own food by process of photosynthesis by obtaining the energy from sunlight or by chemosynthesis. This energy decreases in subsequent trophic levels when producers are consumed by consumers.
The appearance of eukaryotic cells made it possible <span>for more complex, multicellular organisms to exist.
The difference between the eukaryotic cells and the </span> prokaryotic<span> cells (bacteria and archaea) is the </span>membrane-bound organelles, the nucleus, which contains the genetic material. The <span>eukaryotes cells are responsible for forming multi-cellular organisms, which consist of many kinds of </span>tissue<span> made up of different </span>cell types<span>.</span>
Answer:
C, Store energy
The functions of lipids include storing energy and carbohydrates also include storing energy
