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ORGANELLE PROTEINS PHOSPHOLIPID BILAYER MACROMOLECULE STRUCTURE ACTIVE TRANSPORT PASSIVE TRANSPORT OSMOSIS DIFFUSION FACILITATED DIFFUSION ENDOCYTOSIS EXOCYTOSIS ATP OSMOSIS DIFFUSION FACILITATED DIFFUSION ENDOCYTOSIS EXOCYTOSIS PASSIVE TRANSPORT OSMOSIS DIFFUSION ACTIVE TRANSPORT ISOTONIC ? HYPOTONIC ? HYPERTONIC ? TISSUES ORGANS CELLS PLANT EUKARYOTE PROKARYOTE EUKARYOTE PROKARYOTE BACTERIA DNA RNA ATP ACTIVE TRANSPORT PASSIVE TRANSPORT ENDOCYTOSIS **no ENERGY Selectively Permeable made of sugar Cell Wall more inside than outiside more outside than inside Equal on both sides Equilibrium
A) stop hypothermia B) Maintain homeostasis C) get rid of waste products D) burn calories
A) High to Low B) High to High C) Low to High D) Evenly passing back and forth with no gain
A) Diffusion B) Active transport C) Osmosis D) Facilitated Diffusion
A) It never stops B) Until equilibrium is reached C) It continues until the energy burns out D) about 5 minutes Some bulky material that the cell needs is just outside the cell. A process that creates "folds" that surround the particles and bring that into the cell is called what? A Protein Pump Exocytosis Endocytosis Passive Transport
A) None of these B) Hypertonic C) Hypotonic D) Isotonic
A) Hypotonic B) None of these C) Hypertonic D) Isotonic
A) None of these B) Hypotonic C) Hypertonic D) Isotonic
A) Proteins B) Glucose C) Water D) Amino Acids
A) Low to High B) High to Low C) None of these D) Equally in and out with no net gain
A) High to Low B) Equally in and out with no net gain C) Low to High D) None of these
A) All of the above B) Diffusion C) Facilitated Diffusions D) Osmosis
A) Passive Transport B) Active Transport |