Answer:
The correct answer is - *It relates directly to the characteristics of the plant's environment*
Explanation:
The relationship between structure and function can be represented by the leaf structure as the structure of a particular plant leaf gives an idea about the characteristics of the environment it is habituated.
In the dry area or deserted area, leaves are modified into spikes to save water in order to lower transpiration, number of waxy coating, number of chlorophyll, and other modifications that give an idea about the environment and light intensity, and other characteristics.
Answer:
Hey, I would love to help you with this question
Explanation:
Just wondering if there is a picture that goes with the question?
If there is please make another question with a picture of it and I will answer!
If not I will answer in he comments!
:)
Answer:
Acinous secretory pancreatic cells.
Explanation:
Secretory pancreatic cells are organized in sac-shape structures called acini. These structures are conformed of acinous cells and center-acinous cells that secrete digestive enzymes into the intestine
Acinous cells are secretory pyramidal-shaped cells with a rouned and basal nucleus. Their cytoplasm is basophil and shows a high endoplasmic reticulum activity, as it is in charge of synthesizing the secretory enzymes.
Center-acinous cells collect secretions from acinous cells and conform ducts to where they vert all these secretions destined to be released into the intestine.
Phoresy is the name of the symbiotic ecological relationship where one organism attach to the other (Option B).
<h3>What is Phoresy?</h3>
Phoresy is an ecological relationship where a given biological organism travels on the body of another organism.
The life forms in this type of ecological symbiotic relationship (phoresy) are not parasitic type.
In conclusion, phoresy is the name of the form of symbiotic ecological relationship above described.
Learn more about Phoresy here:
brainly.com/question/1050479
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Answer:
pulse
axon
action potential
frontal lobe
hypothalamus
occipital
dopamine
Before receiving a nerve impulse, a neuron is at its resting potential, with more negative charges inside the cell than on the outside of the cell. When the neuron receives the nerve impulse, it is depolarized, allowing positive ions to flow across the cell membrane into the neuron. This is called an action potential, and the action potential travels the length of the neuron, taking advantage of the myelin sheath on many neurons. Once the signal has traveled through the neuron, the sodium-potassium pump repolarizes the cell, restoring the resting potential of the neuron.
Explanation:
