When particles move out of a cell through facilitated diffusion, the correct answer B. is the cell does not use energy.
Facilitated diffusion is diffusion mediated via way of means of delivery proteins. The materials flow down the attention gradient from better to decrease attention so it does now no longer require energy.
Facilitated diffusion (additionally referred to as facilitated shipping or passive-mediated shipping) is the system of spontaneous passive absorption (in place of lively shipping) of molecules or ions throughout an organic membrane through precise transmembrane essential proteins. Facilitated diffusion is an instance of passive shipping. Materials pass into or out of cells thru channel proteins. The debris pass from regions of excessive attention to regions of low attention.
Thus it is clear that when particles move out of a cell through facilitated diffusion, the cell does not use energy.
To know more about Facilitated diffusion refer to the link ;
B. stratovolcano
C. shield volcano
B. strtovolcano
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KASTLE - MEYER COLOR TEST can be used to determine if a stain is blood or not.
Kastle - Meyer color test is a presumptive blood test that is used to determine whether a stain is a blood or not. It is an easy and reliable forensic method of determining the nature of a stain in crime laboratory. The test involves using the indicator, phenophtalein to determine if hemoglobin is present in a stain. A positive result is obtained it the phenophtalein turn to a bright pink colour when it comes in contact with the stain.
Answer:
A.Interphase
B. prophase
C. prometaphase
D. metaphase,
E.anaphase
F. telophase
G. Cytokinesis
H. Two identical daughters
Explanation:
I don’t remember much about what they do, I learned this last year. Hope this helped a bit.
b. an excretory system that includes a pair of kidneys.
c. a system of muscles that enable movement.
d. all of the above
Answer:
Body
Explanation:
Answer:
Systemic circulation is the movement of blood between the heart and therestofthebody.
Explanation:
The oxygenated blood will pass through the left ventricle to arteries then the capillaries of the body. After the oxygenated blood is distributed to all parts of the body, the now deoxygenated blood will return through a network of veins thus, to the right atrium of the heart.