Answer:
So it's easy to think that this section, on defining and analyzing the problem, ... Then, we'll talk about whether or not you really want to solve the problem, or whether ... But this is the legwork, the foundation on which you'll lay effective solutions.
Explanation:
The correct answer among the options given is the last option. Fossil fuels are the resources that cannot be renewed. Resources that cannot be renewed or replenished are referred as non-renewable resources. Fossil fuels are made for very long periods of time and cannot be replenished instantly.
I believe your best answer would be the third option, both sexually and asexually. Some types of algae reproduce asexually due to the division of one cell into two or even more brand new cells that are genetically similar to the parent cell. However, other types of algae participate in sexual multi-cell reproductive cycles.
I hope this has answered your question and I do apologise if I am wrong. Good luck on your assignment :)
Answer:
environment is the surroundings or conditions in which a person, animal, or plant lives or operates or the natural world, as a whole or in a particular geographical area, especially as affected by human activity. hope this helps
Explanation:
The cell placed within the hypertonic solution will quickly become dehydrated due to the concentration gradients and osmosis.
<em>Though I cannot provide the drawing of the cell, I can describe what a </em><em>hypertonic solution </em><em>is and what effect it would have on the </em><em>cell</em><em>. </em>
A hypertonic solution is a solution that when compared to another solution or object, has a higher concentration of solute. If made into a drawing, this would look like the cell is in water, but said water contains a large amount of solute, like <em>sugar </em>for example.
Hypertonic solutions can cause water to move. The water moves through a process known as Osmosis, which is the tendency of water to move towards a location that has a higher concentration of solute, in order to dissolve this concentration. Since the liquid inside the cell has a lower concentration of solute than the environment, the water inside the cell will escape through osmosis and can severely dehydrate the cell.
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