Answer:
slow change
Explanation:
If the change is slow they have time to adapt. An example of a fast change is human deforestation. With their habitat suddenly removed, the organisms living there will have to find new shelter and food fast. It's likely that they'll not even be able to find anything to survive off of and die, because organisms tend to have very specific needs. For example, pandas would go extinct if bamboo was eradicated.
Freshwater fish would not be able to adapt if it was suddenly dropped into salt water. They would die. An example of a slow change would be the slow addition of salt to freshwater. Fish that are better able to survive within higher levels of salinity will be more likely to reproduce. Slowly through reproduction a new type of fish suited to salt water may be developed over several generations.
Metabolism, respiration and digestion are all complex chemical processes involving many steps, happening in 3 dimensional space within cells. Metabolism is the breaking of bonds within food molecules (like sugar) to harness energy for cellular work; respiration involves moving oxygen and carbon dioxide gases between cells to facilitate cellular metabolism and digestion involves breaking down food macro structures into smaller units suitable for metabolism.
So the answer is D - each of the three process involve multiple chemical reactions.
Answer:
Mitochondria are membrane-bound cell organelles (mitochondrion, singular) that generate most of the chemical energy needed to power the cell's biochemical reactions. Chemical energy produced by the mitochondria is stored in a small molecule called adenosine triphosphate (ATP).
<span>APRICOTS. Oranges and bananas are typically the top recommendations because furosemide causes the body to lose excess levels of potassium. Other fruits that could be recommended instead may include; peaches, dates, figs, or prunes. Tomatoes and dried apricots are also good sources of potassium. One note with medications, never recommend grapefruit. Grapefruit causes a reaction with digoxin which can cause the drug not to be removed from the body at the correct rate and could lead to a potential overdose because of increased levels of the drug.</span>
Answer:
All these elements are in living things! And, C6H12O6 is different from carbon, hydrogen and oxygen because it is a compound collected together to create glucose, which is used in plants.
Explanation:
Each molecule C, O, H, are used in all living things to create living compounds. Hope this helps! :)
