Answer:
C
Explanation:
The constant movement of tectonic plates creates volcanoes
Plant pigments function like a team, with each pigment absorbing a different light wavelength to collectively ensure the plant efficiently captures and uses light, similar to players in a sports team playing different positions but working together to win.
Plant pigments, like teammates on a sports team, each have a unique role, but they work together for a common goal. In plants, the goal is to absorb and utilize light energy for photosynthesis. The most well-known plant pigment is chlorophyll, which absorbs blue and red light. Other pigments such as carotenes and xanthophylls absorb different light wavelengths, collectively helping the plant to capture as much light energy as possible. Just like a sports team where each player has a different position but all work together to win the game, the pigments in plants function in unison to ensure the plant efficiently captures and uses light.
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Plant pigments operate like teammates on a sports team, where each pigment absorbs different light wavelengths. The collaboration of these pigments ensures efficient light absorption and energy conversion, like teammates working together for a common goal.
Plant pigments operate very much like teammates on a sports team where each player has a unique role. Various pigments absorb unique wavelengths of visible light, much like different players on a sports team have unique roles, but work together to achieve the common goal. The most common pigment is chlorophyll, which is green and absorbs red and purple light. The light's energy is then used in photosynthesis, the equivalent of scoring a goal in the game.
Other pigments include bacteriochlorophylls, carotenoids, phycocyanins, and phycoerythrins, each absorbing different wavelengths and contributing to the plant's ability to absorb energy from more wavelengths. In places where sunlight is competitive, having various pigments ensures plants can maximize the absorption of light, much like having players with different strengths on a sports team ensures all areas of the game are covered.
These pigments work together to ensure that the plant can thrive in its environment. This collaboration is similar to how different players on a sports team work together to apply different strategies and tactics to win the game.
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b Hypotonic
c turgor pressure
d homeostatsis
b. vein
c. lymph
d. artery
The right answer is vein (it contains blood and has valves).
The infra-cardiac veins of small and medium caliber possess this system of fight against gravity. The valves consist of a dense connective tissue, surmounted by endothelial cells, corresponding to a fold of the intima. They allow blood circulation in the sense organ / heart but prevent venous reflux.
Answer: b. vein
Vein is a blood vessel that exhibit thin muscular walls and it brings the deoxygenated blood from all the cells, tissues and organs back to the heart. In the veins the valves are present which prevent the backward flow of blood. Lumen of the vein is wide.
According to the above information vein is the correct option.
Limiting factors are divided into two categories. What are they? Give an example of each.
How do limiting factors impact different organisms?
Explain a limiting factor for each location in the South America Ecosystems Interactive.
Explain in your own words what "native population" means. Give an example in your explanation.
How can scientists investigate the impact of limiting factors on a population?
What is a test variable? Give an example.
What is an outcome variable? Give an example.
What is a control group? Give an example.
How do limiting factors influence each other?
How are infectious agents transmitted?
What is a host? Give two examples of ways humans serve as hosts for infectious diseases.
What are infectious agents?
List three characteristics that bacteria have.
List examples of bacteria.
List two characteristics that viruses have.
List three examples of viruses.
What are fungi? Give three examples
. What are two things that parasites can do to their host?
1. the availability of food, water, shelter and space.
2. Common limiting factor resources are environmental conditions that limit the growth, abundance, or distribution of an organism or a population of organisms in an ecosystem. The limiting factor also causes competition between individuals of a species population.
Example: Space, food, or water.
3. Limiting factors, such as food, would sometimes cause one organism to kill another to survive or fight over that factor. But with space, it would get crowded probably.
4. ( i couldn't find anything about South America Ecosystems Interactive... sorry )
5. "Native people" are ethnic groups who are the original inhabitants or descendants of the original people.
Example: the Yanomami and the Tupi People of the Amazon.
6. I would say do an experiment or something???
7. A variable is any factor, trait, or condition that can exist in differing amounts or types.
8. The dependent variable is what is being measured in an experiment or evaluated in a mathematical equation. The dependent variable is also called the outcome variable.
9. A typical use of a control group is in an experiment in which the effect of a treatment is unknown and comparisons between the control group and the experimental group are used to measure the effect of the treatment.
Example: when testing for a new pill, one group is given the pill to see affects, one group (the control group) is given a placebo and is used to see what happens when given a placebo.
10. Changes in limiting factors will cause a population to decrease.
11. They are transmitted from indirect contact usually.
12. An animal or plant on or in which a parasite or commensal organism lives.
Example: When a human doesn't wash his/her hands and that makes someone else sick. Another one is since humans naturally have bacteria, some are bad and can cause a virus.
13. An infectious agent is something that infiltrates another living thing.
14. Lack of membrane-bound organelles, unicellular, and small.
15. cocci, bacilli, and spirilla.
16. Viruses can replicate only by infecting a host cell and they cannot reproduce on their own.
17. Influenza, HPV, and rabies.
18. Any of a group of unicellular, multicellular, or syncytial spore-producing organisms feeding on organic matter.
Example: Pink waxcap, coral tooth, and pig's ear. (this is not their scientific name haha)
I hope this helps :D
Answer: Different types of limiting factors found in nature are food, sunlight, shelter, water, etc...
Explanation: hope this helps :)