Synaptic preganglionic fibers can follow 3 (three) different routes after entering the sympathetic synaptic chain.
<h3>What are synaptic preganglionic fibers?</h3>
Synaptic preganglionic fibers are fibers of the autonomic nervous system that form the paravertebral sympathetic chain ganglia.
The synaptic preganglionic fibers also form the prevertebral ganglia and enters into the sympathetic synaptic chain.
In conclusion, Synaptic preganglionic fibers can follow 3 (three) different routes after entering the sympathetic synaptic chain.
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Answer:
Because the surface of the leaf is nonpolar
Explanation:
The last three are correct
Answer:
B. It is the primary molecule in which cells store and use energy.
Explanation:
ATP (adenosine triphosphate) is an energy-carrying molecule found in the cells of all living organisms. It provides the energy necessary for many functions, such as muscle contraction, nerve impulse propagation, chemical processes, etc. It consists of three main structures:
- the nitrogenous base called adenine
- the sugar called ribose
- a chain of three phosphate groups bound to ribose. This phosphate chain is the source of energy the cell uses.
Gregor Mendal is known as the father of genetics. Mendal while a monk, used math to discover the basics of heredity by crossing pea plants with different characteristics for the f1 generation but when he crossed the f1 generation with a different pea plant he realized the traits that were in the original crossing to get f1 generation didn't show up until the f2 generation.
