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Cellular Processes Cellular Respiration Review. I Can I can describe the difference between autotrophs and heterotrophs I can describe the events that.

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Presentation on theme: "Cellular Processes Cellular Respiration Review. I Can I can describe the difference between autotrophs and heterotrophs I can describe the events that."— Presentation transcript:

1 Cellular Processes Cellular Respiration Review

2 I Can I can describe the difference between autotrophs and heterotrophs I can describe the events that occur during cellular respiration. I can describe the role that mitochondria play in cellular respiration.

3 Characteristic of Living Organisms All living things obtain and use energy Animals Plants Fungi

4 How do living organisms obtain energy? Consuming other organisms Absorbing from the soil Absorbing from the sun

5 Autotrophs vs. Heterotrophs An organism that CANNOT make its own food. Example: Example An organism that makes its own food.

6 How does food provide energy? We eat glucose What is glucose? Where does it come from? When we digest food, the energy is released Energy

7 What kind of energy comes from food? The energy released from food is called ATP.

8 What is cellular respiration? It is the process by which glucose is broken down into carbon dioxide and water and energy is released.

9 Where in the cell does respiration occur? IN the MITOCHONDRIA!

10 CELLULAR RESPIRATION Where? In the mitochondria What? The glucose molecules are broken down even more and ENERGY is released.

11 How Heterotrophs Obtain Energy… Digestive system Bloodstream Cells Mitochondria

12 Equation Vocabulary Product: the “stuff” that you end up with (is produced as a result of the process). Raw material: the “stuff” (or materials) you need to start the process.

13 What do we need to start cellular respiration? 1.Sugars (glucose) 2.Oxygen

14 What do we need to start cellular respiration? C 6 H 12 0 6 + 60 2 Glucose Oxygen “yields”

15 What are the products of cellular respiration? 6C0 2 + 6H 2 0 + ATP Carbon Dioxide Water Used to power cells.

16 What is the equation for respiration? 6CO 2 + 6H2O6H2O C 6 H 12 O 6 6O26O2 + Carbon dioxide Water GlucoseOxygen + ATP Energy

17 Brain Pop Now we are going to watch the Cellular Respiration BrainPOP http://www.brainpop.com/science/cellularlifeandgenetics/cellularrespiration/

18 Yeast Lab Background “An Investigation of Cellular Respiration”

19 What are yeast? Yeast are micro eukaryotic organisms that have been used in baking for thousands of years

20 Conduct cellular respiration What does cellular respiration need? What does cellular respiration create? Yeast

21 Conduct fermentation Does not require oxygen Still produces energy Yeast

22 Yeast Lab Set Up and Background

23 Investigation of Cellular Respiration In your group: Read the “Purpose” and “Background Information” Sections Answer the “Background Questions” TIME IS UP!!!!!!

24 Hypothesis We are going to increase the levels of glucose in the bottles. Do you think that this will INCREASE or DECREASE the level of ATP? Will this INCREASE or DECREASE the level of CO 2 ? Why?

25 Setting up the Lab LISTEN and follow all directions the first time they are given.

26 Data Fill in your Data Table

27 Yeast Preparation Active dry yeast needs to be reactivated with water Why?

28 Key Idea Most chemical reactions within cells could not take place without water.

29 Other than the water, what other items were in the bottle? Yeast Air Sugar

30 What caused the balloon to blow up? Carbon Dioxide!!!

31 But where did the carbon dioxide come from? Cellular Respiration (and fermentation!)

32 Conclusion Make your final Conclusions

33 Exit Slip


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