Answer:
B. sheet of connective tissue that attaches a muscle to another muscle or bone.
Explanation:
The aponeurosis are mainly made of collagen fibers and works as an insertion to some skeletal muscles. The aponeurosis fibers can connects muscles to the bone or with another muscles connecting the aponeurosis fibers among themselves.
Complementary strands of DNA are held together by hydrogen bonding.
The keratinocytes approximately 90% of cells.
From the total energy that reaches the ground, 1% is used by producers. The energy transference in the trophic web follows the 10% rule, in which each level uses 10% of the energy stored by the anterior level.
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- Only 1% of the total solar energy that reaches the ground is used by producers, who occupy the first trophic level.
- From this input of solar energy, it begins a unidirectional energy flow through all the organisms in the ecosystem, from autotrophs to heterotrophs, until it is finally dissipated in the environment.
- At each trophic level, it occurs an energy transfer from one level to the next, with only 10% being usable in each of them. This assessment is called "The 10% rule".
- This is, as a general rule, only about 10% of the energy stored as biomass at one trophic level, per unit time, ends up as biomass at the next trophic level, in the same unit of time.
- The progressive reduction of energy determines the number of trophic levels (4 or 5).
If <u>30,000,000 MJ</u> of Sunlight (solar energy) reaches ground, then only <u>30,000 MJ</u> can be absorbed by primary producers.
<u>5,216.4 MJ</u> from 52,164 MJ of energy stored in the <u>soybeans</u>, are used by cattle.
1,645 MJ of energy is stored in edible beef by cattle who eat the soybeans.
<u>164.5 MJ </u>of this energy is tranferred to the following trophic level.
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Related link: brainly.com/question/13682231?referrer=searchResults
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Answer:
In cellular biology, active transport is the movement of molecules across a cell membrane from a region of lower concentration to a region of higher concentration—against the concentration gradient. Active transport requires cellular energy to achieve this movement.
Explanation:
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