Molecules moving from an area of greater concentration to an area of lesser concentration is called: A. osmosis B. diffusion C. concentration D. none of the above
How about "not math"? (it's diffusion)
Diffusion. B.)
Hey do u need any more help on them?
yea:)
k. Shoot them!
on this post
k:P
Which of the following terms does NOT belong with the rest? A. tissue B. organelle C. organ D. organ system
A.)
What type of molecular transport is able to move molecules from low concentration to high concentration areas? A. Active transport B. Diffusion C. Osmosis D. Passive transport
A.)
That would be active transport. Diffusion is the same as passive transport meaning that molecules move from areas of high concentration to areas of low concentration.
Passive transport does not necessarily need to be diffusion, it's a broader category.
ok macho man lol jk :P
Moving against a concentration gradient, however, indeed requires additional energy, which is how active transport works.
lol so which one would it be lol?
Active Transport rite? @oldrin.bataku
Moving against the concentration gradient is acting against entropy so indeed it is active transport.
Perfect! :)
Which of the following shows the correct level of organization in multicellular organisms from simplest to most complex? A. cell, organ, tissue, organ system. B. cell, tissue, organ, organ system. C. organ system, tissue, organ, cell. D. organ, organ system, cell, tissue.
B.)
What is equilibrium? A. A group of different tissues that work together to perform a specific function B. A special type of diffusion that occurs with water molecules C. Small, round organelles that break down large food particles into smaller ones D. The balance between the concentrations inside and outside a cell
Diffusive equilibrium is where there is no concentration gradient, in isotonic environments i.e. where there is a *balance* of concentrations on either side of the cell membrane.
So what would our answer be?
What is the type of molecular transport that requires energy? A. Active transport B. Diffusion C. Osmosis D. Passive transport
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