Answer:
1. the black licorice
2. sugar phosphate
3. Replication Fork Formation. Before DNA can be replicated,...
Primer Binding. The leading strand is the simplest to replicate.
Elongation. Enzymes known as DNA polymerases are responsible creating...
Termination. Once both the continuous and discontinuous strands are formed,...
4. I need help with that.
5. DNA replication of one helix of DNA results in two identical helices. If the original DNA helix is called the "parental" DNA, the two resulting helices can be called "daughter" helices. Each of these two daughter helices is a nearly exact copy of the parental helix (it is not 100% the same due to mutations).
6. I need help with that.
Explanation: I did my research and i also took Science class so i hope this helps you. :)
Answer:
Both are multicellular (plants have different cells for the leaves and the stem, animals have skin cells, brain cells etc so they are called multicellular).
Plants are autotrophic - they make their own food (glucose) by photosynthesis
Animals are heterotrophic - they eat other organisms, cannot make their own food.
Explanation:
Answer:
Sella Turcica occurs on the sphenoid bone.
Explanation:
Sella Turcica is the saddle shaped bone of the skull and acts as cephlaometric landmark. The inner aspect of sella turcica consists of hypophysis or pituitary gland.
Sella Turcica is present in the sphenoid bone of the skull just behind the tuberculum sellae and chiasmatic groove. The shrink pituitary gland is indicated by the empty Sella Turcica.
Answer:
Photosynthesis produces: <em>glucose </em><em>and </em>
...from , energy (light) and
Respiration produces: energy (ATP),
....from <em>glucose </em><em>and </em><em />
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Explanation:
These end products, namely and glucose are then used in respiration...
Using energy in the form of solar energy, plants, phytoplankton, algae, and other microorganisms produce chemical energy via photosynthesis. This complex mechanism is central to these species.
They combine light energy from the sun, water, and carbon dioxide.
6 + 6 + (energy) → + 6
In the mechanism of cellular respiration, organisms extract energy from food. Sugars in the form of glucose are broken down into carbon dioxide and water during aerobic respiration in mitochondria to produce energy in the form of ATP (adenosine triphosphate).
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The waste products, and , result from respiration, these are used as reactants in the photosynthetic process. In turn, its products are the reactants and in respiration.