In the plant cell, the organelle that would mainly help the cell take in water or get rid of water is the vacuole, because the plant has a large vacuole that has the water, waste materials, etc., and takes part in the osmosis process.
The plant cell is extremely important for the environment because it fixes carbon in the atmosphere and converts it into glucose. It also fixes various minerals in the soil. The plant cell has an outer cell wall made up of cellulose and some extra cell organelles compared to the animal cell, such as the large vacuole, the plastids, etc., that perform photosynthesis and maintain the osmosis due to the vacuole.
Hence, the organelle that would mainly help the cell take in water or get rid of water is the vacuole, and it takes part in the osmosis process.
Learn more about the plant organelles here.
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Answer:
Vacuoles
Explanation:
Vacuoles is the organelle in the plant cell that takes in water as well as stores in water.
Osmosis on the other hand is when water is transmitted from one-place to another.
This is a very important KEY NOTE to remember about water molecules: Water molecules will always travel from a low concentration of solute to a higher concentration of solute.
Hypertonic: When a cell sits in a solutions that has a HIGHER concentration of solute than that of the cell, the water within the cell will travel from the cell out of it and into the solution. Causing the cells to shrivel.
Hypotonic: There is a higher concentration of solute within the cell than that of the solutions solute concentration. Causing the water molecules from the solution to travel into the cell, where there is a higher concentration of solute. Causing the cells to burst.
Isotonic: Equal amount of solute in the cell and its external environment, allowing the water molecules to travel at an equal pace.
I hope this helps, and just a heads up for future grades to come,
the different types of solutions is an important topic that you learn in high-school. So I definitely recommend you take note of these types of solutions for high-school. Always good to be prepared.
oatmeal
b.
eggs
c.
whole milk
d.
margarine
e.
orange juice
safe speed i believe.....
To reduce the risk of a boating emergency, the most effective practice is to maintain a safe speed based on other boat traffic and not to store life jackets in the compartments but have them readily accessible.
The practice that reduces the risk of a boating emergency is maintaining a safe speed based on other boat traffic. It is important to drive the boat responsibly to ensure your safety and the safety of other boaters. Operating quickly around potential hazards can actually increases the risk of an accident rather than decrease it.
Compartments also play a role in boat safety. Safety equipment like life jackets should be readily accessible and should not be stored away in compartments as this could delay their retrieval in case of emergency. Instead, they should be worn at all times on the boat. This ensures that in case of an emergency, everyone can stay afloat and remain safe.
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The muscle of heart is involuntary and beats continuously. The heart muscle relaxes between each heartbeat. The condition is diastole in which the heart relaxes, after contraction, so the chambers can fill with blood again.
The muscles that are not in control of person. It actually works automatically.
It can be locomotory muscle, middle ear muscle, cardiac muscle, etc.
There is a sequence of systole and diastole in heart, systole is the contraction of heart and diastole is the relaxing point of heart between each heartbeat.
Thus, the heart muscle relaxes between each heartbeat.
For more details regarding heart muscle, visit:
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The heart muscle rests between each heart beat.
Answer:
False
Explanation:
During exercise, the oxygen DOES NOT concentration in the blood increases to twice that of resting levels.
Answer:
Evaporation
Explanation: