Transcript
Page 2: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Cellular Respiration Overview

• Transformation of chemical energy in food into ATP (chemical energy cells can use)

• These reactions proceed the same way in plants and animals. Process is called cellular respiration

• It happens in the mitochondria

Page 3: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Glucose+ Oxygen Carbon Dioxide + Water + EnergyEnergy

The equation=

Overall Reaction:C6H12O6 + O2 → CO2 + H2O

Page 4: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

CELLULAR RESPIRATION EQUATION:        C6H12O6 + O2   CO2  + H2O + Energy

PHOTOSYNTHESIS EQUATION:         CO2 +  H2O + LIGHT   C6H12O6  + O2

Page 5: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

3 Steps

• There are three steps in the process of cellular respiration: –1. Glycolysis–2. Krebs Cycle (Citric Acid Cycle)–3. Electron transport chain.

•GGet et KKrunk runk EEveryoneveryone

Page 6: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

• All 3 steps produce ATP. The electron transport chain produces the most!

Page 7: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Types of Cellular Respiration: Aerobic vs. Anaerobic

• Aerobic- oxygen required• Anaerobic- no oxygen required– If oxygen is not present, products such

as ethanol and CO2 (single cell fungi (yeast) in beer/bread) or lactic acid (muscle cells) are produced.

– Some organisms thrive in environments with little or no oxygen

– Marshes, bogs, gut of animals, sewage treatment ponds

Page 8: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These
Page 9: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Photosynthesis vs. Cellular Respiration.

AND Animals vs. Plants

Page 10: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Cellular Processes

Page 13: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Equations of Cellular Processes

       C6H12O6 + O2   CO2  + H2O + Energy

CO2 +  H2O + LIGHT   C6H12O6  + O2

Page 14: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Steps in the process

Page 15: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Where it takes place

Page 16: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Energy

Page 17: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Nutrient Absorption

Page 18: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These
Page 19: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Hormone Response• Phototropism

Page 20: What is Cellular Respiration?. Cellular Respiration Overview Transformation of chemical energy in food into ATP (chemical energy cells can use) These

Gas Exchange• Stoma- opening in the

underside of a leaf that allows carbon dioxide and oxygen to diffuse into and out of the leaf

• Guard cell- specialized cell in the epidermis of plants that controls the opening and closing of stomata by responding to changes in water pressure


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