What are the different types of cell transport?

Answer 1

active transport -transport against concentration gradient that requires chemical energy

passive transport- requires no energy at all

Answer 2

The different types of cell transport are passive transport (diffusion, osmosis, facilitated diffusion) and active transport (primary active transport, secondary active transport, bulk transport). Passive transport does not require energy input, while active transport requires energy to move molecules across the cell membrane.

Answer 3

The different types of cell transport are the active transport and the passive transport. The active transport is energetic and fast while the passive transport is slow and soothing. The answer could be Osmosis and Diffusion. The only difference between osmosis and diffusin is that osmosis involves water molecules.

Answer 4

If you mean cell membrane transport - where a molecule is able to pass through a cell membrane, there are three types: passive or gradient diffusion, facilitated diffusion and active transport; if you mean active transport, there are two types: if chemical energy is used (like ATP) it's called primary active transport, if an electromechanical energy is used, it's called secondary active transport - an example of the former one is the sodium-potassium pump, which meant to keep the cell potential; the latter one also has two types: the symport and antiport transport; both of which based of different electric, potentials.

please don't quote the above in any scientific papers, as I'm just a chef remembering his high school studies ;)

Answer 5

The two kinds of cellular transport are; active and passive transport.

Active transport - is the net movement of dissolved substances into or out of cells against a concentration gradient. Because the net movement is against a concentration gradient (low to high concentration), active transport requires energy.

Passive transport - is the movement of dissolve substances from a region of high concentration, across a plasma membrane, to a region of low concentration without the expenditure of energy.

Answer 6

active transport -transport against concentration gradient that requires chemical energy

passive transport- requires no energy at all

Answer 7

active transport energy requiring processes by which substances move across the plasma membrane against a concentration gradient facilitated diffusion

Answer 8

active transport and passive transport

Answer 9

Active and passive transport .

Answer 10

endocytosis