whats your name well?????
Answer:
k
Explanation:
B. Lizards with this adaptation are more likely to escape from predators.
C. Lizards with this adaptation can use their tails as lures to attract more food.
D. Lizards with this adaptation can camouflage themselves more easily in vegetation.
Adaptation is a change in an organism's structure and function that results from a natural process that makes an organism better suited to survive and multiply in an environment.
Lizards with this adaptation are more likely to escape from predators is a correct option.
Certain animals have the ability to rebase a part of their body that has been grasped by an external agent which is known as autotomy.
For example, lizards' tail regeneration.
Certain animals, such as lizards, use autotomy as a self-defense mechanism by shedding a portion of their body.
Thus, we can conclude option B is correct.
You can learn more about regeneration here:
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c. climates
b. weather patterns
d. air quality
Answer:
The water on earth changes forms as it moves from one reservoir to another.
Explanation:
The other two answer choices are
1: as water moves through an ecosystem, its energy is lost between trophic levels.
2:The water on earth changes forms as it moves from one reservoir to another.
and
3: Water in the atmosphere must be converted to another chemical before animals can use it
The correct answer of course would be answer choice 2. It does change forms as in states of matter from liquid to gas (water vapor) to solid (ice) and back again. This is the best summery of what the water cycle means.
1 is incorrect because it violates the law of conservation of energy. Water has nowhere to go so it stays on the surface of the earth.
And three is wrong because it simply does not describe the water cycle.
b. to lay their eggs
c. to have water for drinking only
d. to be close to flora for protection
(B) Sunlight excites electrons in Photosystem II.
(C) It produces ATP.
(D) It produces NADPH.
(E) It produces carbohydrates through carbon dioxide fixation.
Answer:
The correct answer will be option E.
Explanation:
The non-cyclic pathway or electron transport chain is the pathway which takes place in the light reaction.
The non-cyclic pathway starts from the PSII or P680 when the sunlight excites the electrons form the from the photosystem. This high energy electron is transferred to the higher energy level and loses its energy on the path.
The lost energy is used to form the ATP and NADPH which are used later in the formation of glucose during the dark reaction.
Thus, option E is the correct answer.
In the noncyclic electron pathway of photosynthesis, electrons are not boosted to a higher energy level in Photosystem I.
The statement that is NOT true about the noncyclic electron pathway is (A) Electrons are boosted to higher energy level in Photosystem I.
The noncyclic electron pathway is an important part of the light-dependent reactions of photosynthesis. In this pathway, electrons from photosystem II are excited by sunlight and transferred to photosystem I, where they are further excited to a higher energy level. This pathway ultimately produces ATP and NADPH, which are then used in the light-independent reactions to produce carbohydrates through carbon dioxide fixation.
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Answer: A concentration gradient must exist
Explanation: Think about it this way. If you want movement in a tub of water, the water can't be flat. This would mean it was very stable. But if there is an inequality on the water levels of the tub, meaning that one side was much higher than the other, then the water would "diffuse" and try to get flat. Same with cells. I hope that explanation somehow made sense, it made more sense in my head then written out...