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5. Match the following a. Ribosomes b. Nucleus C. Mitochondria d. Smooth ER e. Golgi body Site of ATP production during

Posted: Wed May 18, 2022 2:26 pm
by answerhappygod
5 Match The Following A Ribosomes B Nucleus C Mitochondria D Smooth Er E Golgi Body Site Of Atp Production During 1
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5 Match The Following A Ribosomes B Nucleus C Mitochondria D Smooth Er E Golgi Body Site Of Atp Production During 2
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5 Match The Following A Ribosomes B Nucleus C Mitochondria D Smooth Er E Golgi Body Site Of Atp Production During 3
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5. Match the following a. Ribosomes b. Nucleus C. Mitochondria d. Smooth ER e. Golgi body Site of ATP production during aerobic respiration. Protein synthesis occurs here. DNA is found inside of this structure.
8. Explain the arrangement of phospholipid molecules within the lipid bilayer of the plasma membrane. a. The arrangement of the phospholipids in the lipid bilayer is that the hydrophobic lipid tails and the hydrophilic polar phosphate heads are arranged randomly. b. The arrangement of the phospholipids in the lipid bilayer is that the hydrophobic lipid tails are oriented toward the ECF and the ICF. c. The arrangement of the phospholipids in the lipid bilayer is that the hydrophobic phosphate heads are oriented toward the ECF and the ICF. d. The arrangement of the phospholipids in the lipid bilayer is that the hydrophilic lipid tails are oriented toward the ECF and the ICF. e. The arrangement of the phospholipids in the lipid bilayer is that the hydrophilic phosphate heads are oriented toward the ECF and the ICF.
9. Explain why osmosis is considered a special case of diffusion. a. Osmosis is considered a special case of diffusion because a solute moves against the gradient. b. Osmosis is considered a special case of diffusion because it is the movement of water down its own gradient. c. Osmosis is considered a special case of diffusion because it is the movement of water against its own gradient. d. Osmosis is considered a special case of diffusion because water requires a transporter protein to get through the lipid bilayer. e. Both C and D are correct.