The flow of energy from the Sun to the Humpback Whale is as follows: Sun ----> Phytoplankton(producers) -----> Zooplankton (consumers) ----> Small fishes and crustaceans ------> Humpback whale
<h3>What is energy flow?</h3>
Energy flow refers to the flow of energy through living things within an ecosystem.
Energy flows from the Sun to the producers and then to the consumers.
The Sun is the primary source of energy.
Plants are the primary producers. In aquatic habitats, phytoplankton are the producers.
Animals and other organisms are the consumers.
Therefore, the path of energy flow from the Sun to the humpback whale is as follows;
Sun ----> Phytoplankton(producers) -----> Zooplankton (consumers) ----> Small fishes and crustaceans ------> Humpback whale
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Answer:
I could make a hypothesis like the other five didn't have enough sunlight
Explanation:
I would say that because the five could have been in the shade. it could have also been that they didn't get enough water
Answer:
There are a number of mechanisms through which a bacterial cell might become resistant to a specific antibody.
- Some bacteria might posses a cell membrane which wouldn't allow the transfer of antibiotics into the cell of the bacteria. Some bacterial cells might not have the target sites on which the antibiotics attack. A bacterial cell that would be non-resistant wouldn't block the entry of the drug or it might not lack the site where the drug has to function.
- Some resistant bacteria might produce enzymes that would inactivate the activity of the antibiotics. This enzyme machinery would lack in a non-resistant strain. The resistant bacteria might have undergone mutations over a period of time to evolve a machinery for antibiotic resistance.
Answer:
True
Explanation:
Phospholipids have both hydrophobic and hydrophilic regions in a single molecule. The phosphate head group is hydrophilic because it is polar, enabling it to form hydrogen bonds with water.