Study guide for Cellular Respiration: Chapter 9 in Text
|Energy Unit Study Guide |Energy Unit Study Guide |
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|Flow of Energy |Flow of Energy |
|Laws of Thermodynamics |Laws of Thermodynamics |
|ATP cycle |ATP cycle |
|Photosynthesis |Photosynthesis |
|Tissues of a Leaf |Tissues of a Leaf |
|Chloroplast structure |Chloroplast structure |
|Chlorophyll and light |Chlorophyll and light |
|Photosynthesis reactions |Photosynthesis reactions |
|Cellular Respiration |Cellular Respiration |
|Mitochondrion structure |Mitochondrion structure |
|Cellular Respiration reactions |Cellular Respiration reactions |
|Anaerobic Respiration |Anaerobic Respiration |
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|Vocabulary: |Vocabulary: |
|Autotrophs |Autotrophs |
|Heterotrophs |Heterotrophs |
|ATP/ADP |ATP/ADP |
|Chlorophyll |Chlorophyll |
|Pigments |Pigments |
|Chloroplast |Chloroplast |
|Light Reactions |Light Reactions |
|Calvin Cycle |Calvin Cycle |
| | |
|NADPH/NADP+ |NADPH/NADP+ |
|ATP Synthase |ATP Synthase |
|Aerobic |Aerobic |
|Anaerobic |Anaerobic |
|Cytoplasm |Cytoplasm |
|Mitochondria |Mitochondria |
|Glycolysis |Glycolysis |
|NADH/NAD+ |NADH/NAD+ |
| | |
|Krebs cycle |Krebs cycle |
|Electron transport |Electron transport |
|chain |chain |
|Alcoholic |Alcoholic |
|fermentation |fermentation |
|Lactic Acid |Lactic Acid |
|fermentation |fermentation |
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|Objectives: |Objectives: |
|Describe the two Laws of Thermodynamics and explain how it relates to an ecosystem. |Describe the two Laws of Thermodynamics and explain how it relates to an ecosystem. |
|Draw and label the tissues in a leaf cross section—Describe the function of each tissue |Draw and label the tissues in a leaf cross section—Describe the function of each tissue |
|Explain how light is absorbed/reflected by pigments (like chlorophyll) |Explain how light is absorbed/reflected by pigments (like chlorophyll) |
|Describe how ATP releases energy for cellular work |Describe how ATP releases energy for cellular work |
|Identify where in the chloroplast the Light Reactions and Calvin Cycle occur. Explain how they are dependent |Identify where in the chloroplast the Light Reactions and Calvin Cycle occur. Explain how they are dependent |
|on each other. |on each other. |
|Be able to identify the inputs and outputs for each part of photosynthesis. |Be able to identify the inputs and outputs for each part of photosynthesis. |
| | |
|Describe how environmental factors like light intensity, temperature, wavelength (color) effect the rate of |Describe how environmental factors like light intensity, temperature, wavelength (color) effect the rate of |
|photosynthesis. |photosynthesis. |
|Identify where in the cell and mitochondrion Glycolysis, the Krebs Cycle and Electron Transport Chain occur. |Identify where in the cell and mitochondrion Glycolysis, the Krebs Cycle and Electron Transport Chain occur. |
|Explain how each reaction is dependent on another. |Explain how each reaction is dependent on another. |
|Be able to identify the inputs and outputs for each part of aerobic respiration. |Be able to identify the inputs and outputs for each part of aerobic respiration. |
|Write the equations for photosynthesis/cellular respiration. Describe how they relate to each other. |Write the equations for photosynthesis/cellular respiration. Describe how they relate to each other. |
|Determine how much ATP is made in glycolysis. |Determine how much ATP is made in glycolysis. |
|Determine how much ATP is made in aerobic respiration (with oxygen) |Determine how much ATP is made in aerobic respiration (with oxygen) |
|Determine how much ATP is made in anaerobic respiration (without oxygen) |Determine how much ATP is made in anaerobic respiration (without oxygen) |
|State the reactants and products of alcoholic fermentation/lactic acid fermentation. |State the reactants and products of alcoholic fermentation/lactic acid fermentation. |
|Provide examples of products people use that are made from fermentation. |Provide examples of products people use that are made from fermentation. |
|Compare and contrast the following sets of terms (at least 3 similarities and 3 differences for each) |Compare and contrast the following sets of terms (at least 3 similarities and 3 differences for each) |
|Mitochondria and chloroplast |Mitochondria and chloroplast |
|Cellular respiration and photosynthesis |Cellular respiration and photosynthesis |
|Autotroph and heterotroph |Autotroph and heterotroph |
|Aerobic respiration and anaerobic respiration |Aerobic respiration and anaerobic respiration |
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