1)Compare and contrast diffusion, osmosis, active transport, and facilitated tra
ID: 3474905 • Letter: 1
Question
1)Compare and contrast diffusion, osmosis, active transport, and facilitated transport. 2)Explain the similarities and differences between primary active transport and secondary active transport. Give specific examples. 3)What is osmotic pressure and its basis? What is its relation to osmosis and diffusion? 4)What is tonicity? What is the basis of tonicity? What is vesicular transport and list the different types. 1)Compare and contrast diffusion, osmosis, active transport, and facilitated transport. 2)Explain the similarities and differences between primary active transport and secondary active transport. Give specific examples. 3)What is osmotic pressure and its basis? What is its relation to osmosis and diffusion? 4)What is tonicity? What is the basis of tonicity? What is vesicular transport and list the different types. 1)Compare and contrast diffusion, osmosis, active transport, and facilitated transport. 2)Explain the similarities and differences between primary active transport and secondary active transport. Give specific examples. 3)What is osmotic pressure and its basis? What is its relation to osmosis and diffusion? 4)What is tonicity? What is the basis of tonicity? What is vesicular transport and list the different types.Explanation / Answer
Diffusion
Osmosis
Active transport
Facilitated transport
Moment of molecules or ions from high concentration to low concentration
Moment of solvent from low concentration to high concentration to semipermeable membrane
Moment of molecules or ions across the cell membrane in to higher concentration region through channels or integral proteins.
Spontaneous moment of molecules or ions across the cell membrane through integral proteins
Does not require energy
Does not require energy
Requires energy
Does not require energy
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Diffusion
Osmosis
Active transport
Facilitated transport
Moment of molecules or ions from high concentration to low concentration
Moment of solvent from low concentration to high concentration to semipermeable membrane
Moment of molecules or ions across the cell membrane in to higher concentration region through channels or integral proteins.
Spontaneous moment of molecules or ions across the cell membrane through integral proteins
Does not require energy
Does not require energy
Requires energy
Does not require energy
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