Answer:
Out of, shrink
Explanation:
Water would move outside the cell due to osmosis. Osmosis is the movement of a solvent, water, in this case through a membrane from a region of high concetration to a region with less concentration .
The water molecules would move through the semi-pearmeable membrane from the region of high concentration (the bag) to a region with less concentration (the cup), thus, <u>equalizing the water concentration inside and outside the bag</u>. Since there is a higher concentration of salt outside, water will move out of the bag to equalize the concentration.
The result of this water movement would be an incurred bag or cell, hence, the cell would shrink.
Answer:
I believe the answer would be B.
Explanation:
Volcanoes forming along plate boundaries. I believe this is the correct answer because volcanoes don't happen randomly, the ring of fire is a just a bunch of volcanoes formed along what i think is a plate. So in my opinion answer choice B makes the most sense. (Hope this helps ya! :D)
ANSWER: RED AND HOT
EXPLANATION: The area surrounding the injury is expected to red and hot.
However, the justification of area being “red and hot” is because of the initial activities of Mario after the incident that caused the laceration.
Thus, Mario stopped the bleeding by holding pressure on it, and this in turn caused the redness and hotness of the area surrounding the laceration.
A cell spends the majority of its time in interphase because during this period the cell grows and synthesizes materials required during and after its division. During interphase, the cell duplicates its genetic material.
The cell cycle can be divided into a long interphase and a short mitotic (M) phase.
The interphase can in turn be divided into three phases: Growth 1 (G1) phase, Synthesis (S) phase and Growth 2 (G2) phase.
During the S phase, the cell duplicates its genetic material, which is sharply controlled by different cellular mechanisms (e.g., checkpoint mechanisms).
During G1 and G2 phases, the cell synthesizes all the proteins required during the M phase and after cell division.
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brainly.com/question/1094723
Answer:
C As sperm mature, they migrate from the seminiferous tubules into the lumen.
Explanation:
Answer C is false. Different types of germline cells migrate through the seminiferous tubes into the lumen, but not the sperm. Primary spermatocytes located near the basal lamina of the seminiferous tube generate secondary spermatocytes (through meiosis 1) that are located closer to the lumen in relation to the primary spermatocytes; in turn, secondary spermatocytes generate spermatides (through meiosis 2) that are even closer to the lumen. Finally, the spermatides are transformed into sperm through spermatogenesis. Sperms are located very close to the lumen to be released into the lumen through spermiogenesis.