A) cellular respiration B) electrolysis C) photosynthesis D) lysis
A) all of these B) sugar C) energy D) carbohydrates
A) water B) electrons C) protons D) nitrogen
A) Amino diphosphate B) Amino triphosphate C) Adenosine Triproton D) Adenosine Triphosphate
A) DNA B) all of these C) ATP D) ADP
A) chlorophyll B) Krebs Cycle C) mitochondria D) chloroplast
A) all bacteria B) all of these C) plants D) animals
A) cellular respiration B) digestion C) cell lysis D) photosynthesis
A) sunlight B) water C) sugar D) oxygen
A) mitochondria B) thylakoids C) outer membranes D) stroma
A) protons B) phosphorus C) oxygen D) potassium
A) lipids B) proteins C) amino acids D) sugars
A) lipids B) protein C) amino acid D) sugar
A) ATP gains one nitrogen B) ATP gains a phosphate C) ATP loses one nitrogen D) ATP loses a phosphate
A) sunlight B) CO2 C) O2 D) energy
A) water and oxygen B) sugar and oxygen C) carbon dioxide and water D) carbon dioxide and glucose
A) carbon dioxide and water B) carbon dioxide and glucose C) water and oxygen D) sugar and oxygen
A) to multiply B) to divide C) to create or make D) to destroy
A) equals B) yields C) turns into D) takes away
A) lipids B) sugars C) DNA D) proteins
A) C12H6O12 B) H20 C) C6H12O6 D) CO2
A) two of these B) carbon dioxide C) Calcium Oxide D) carbon monoxide
A) 12 B) 18 C) 36 D) 22
A) granum B) stroma C) inner membrane D) thylakoids
A) in the Golgi B) In the rough ER C) in the cytoplasm D) in the mitochondria
A) oxygen B) water C) carbon dioxide D) sugar
A) CO2 B) glucose C) O2 D) H2O
A) oxygen B) CO2 C) water D) glucose
A) O2 B) carbon dioxide C) sugar D) H2O
A) Nitrogen Cycle B) Water Cycle C) Calvin Cycle D) Krebs Cycle
A) light independent reactions B) Water Cycle C) light dependent reactions D) Krebs Cycle
A) Carbon Dioxide to break down sugar to get energy B) all of these C) oxygen to create water to get energy for the cell D) oxygen to break down glucose to get energy for the cell
A) 2 ATPS and 2 glucoses B) 2 glucoses, 2 ATPS and 2 NADPs C) 2 pyruvates, 2 NADPHs and 2 ATPs D) 36 pyruvates, 36 ATPS, 36 NAPHs
A) sucrose B) DNA C) ATP D) RNA
A) sugar B) amino acids C) proteins D) enzymes
A) starch B) glucose C) enzymes D) polysaccharide
A) cytoplasm B) Golgi C) mitochondria D) stroma
A) glycolysis B) Krebs Cycle C) Water Cycle
A) lactic acid B) photosynthesis C) digestion D) cellular respiration
A) cellular respiration B) photosynthesis C) muscle atrophy D) digestion
A) chloroplasts B) thylakoids C) chlorophyll D) stroma
A) in the mitochondria B) in the thylakoids C) in the inner membrane of a chloroplast D) in the stroma
A) False B) True
A) light reactions B) dark reactions C) apostosis D) lysis
A) light independent reactions B) Nitrogen Cycle C) light dependent reactions D) dark reactions
A) the reactants are the same in both B) they are mirror images of each other C) none of these D) the products are the same in both
A) photosynthesis B) diffusion C) cellular respiration D) digestion
A) osmosis B) photosynthesis C) diffusion D) cellular respiration
A) passive transport B) synthesis C) active transport D) osmosis
A) osmosis B) facilitated diffusion C) active transport D) simple diffusion
A) active transport B) all of these C) osmosis D) passive transport
A) lipids B) proteins C) water D) carbohydrates
A) chloroplast B) mitochondria C) cell membrane D) Golgi Bodies
A) active transport B) lysis C) osmosis D) passive transport
A) digestion B) active transport C) passive transport D) respiration
A) smooth ER B) Rough ER C) phospholipids D) mitochondria |