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Module Cell Energy

NCVSP homoeostasis, cell transport, photosynthesis and cell respiration

QuestionAnswer
ATP Adenosine triphosphate, molecule of cellular energy
diffusion Movement of small particles from high to low concentration
homeostasis Maintaining a stable internal environment (balance)
osmosis Movement of water from high to low concentration
active transport Movement of particles WITH the use of energy
passive transport Movement of particles WITHOUT the use of energy
cell membrane Layer around the outside of the cell that controls what enters and leaves
selectively permeable The cell membrane only allows certain things to enter and leave the cell
carbon dioxide A gaseous reactant of photosynthesis (CO2) and product of photosynthesis
stomata Openings in the leaf where gasses come in and out
chloroplast Organelle that plants use to make their own food
glucose Sugar that plants produce during photosynthesis (C6H12O6) AND plant and animals use in cell respiration to make energy
oxygen A gaseous product of photosynthesis (O2) and reactant of cellular respiration
water A liquid reactant of photosynthesis (H2O), product of cellular respiration
photosynthesis The process that plants use to produce their own food (glucose)
photosynthesis equation carbon dioxide and water MAKE glucose, oxygen
aerobic The process of making ATP energy WITH oxygen
anaerobic The process of making ATP energy WITHOUT oxygen
cell respiration The process that ALL organisms use to make energy by breaking down glucose
fermentation Process that breaks down sugars to make energy WITHOUT using oxygen (2 types: aerobic and anaerobic)
mitochondria Organelle responsible for making energy (also known as ATP)
cell respiration equation glucose and oxygen MAKE carbon dioxide, water and energy (ATP)
Created by: kristen.seward
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