The secondary level of consumers will be affected trace amounts of pesticides, like DDT, that run off into lakes, streams and ponds.
<h3>What are Producers</h3>
Producers are mainly plants that undergo photosynthesis to produce carbohydrates and oxygen.
<h3>Consumers</h3>
Consumers are herbivores or canivores or omnivores that feed on primary producers like plans and others.
- Consumers can be primary which feed on plants examples are goats.
- Secondary consumer are canivores that feed on meat of other animals, they feed on primary consumer.
- Tertiary consumers feed on both plants and meat of other plants.
Therefore, The secondary level of consumers such as fish will be affected trace amounts of pesticides, like DDT, that run off into lakes, streams and ponds because they live in water and their food is in water. Once the substances are in their water, it will become toxic and can lead to their deaths.
Learn more about producers and consumers from the link below.
httos://brainly.com/question/995103
Three ways I can come up with are increasing the temperature, increased the amount of solvent, and using a solvent with similar polarity as the solute.
Answer:
6.) The stroma!
7.) Wavelengths of 430nm(blue) and 662nm(red). <em>( It reflects green light strongly so it appears green to us. :) )</em>
8.) Glucose is used by plants for energy and to make other substances like cellulose and starch. <em>(Cellulose is used in building cell walls.)</em>
9.) Animals either eat plants to obtain chemical energy in the form of glucose or they eat other animals that ate plants. So, energy moves from the Sun to plants to animals. Animals also use oxygen released by the plants to breathe.
Its D) UGCUGC because this sequence is the mrna if it was the dna sequence it'd be B but its definetly D
Answer:
The genes that are newly expressed after the stem cell has received the Self Renewal signal are: ID genes, DET genes and DIV genes.
Explanation:
Stem cells have the capacity of turning into different types of cells according to the needs of the tissue they're in. When these genes are expressed, the stem cell loses this potential.
