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Cellular Respiration is created inside the mitochondria, it includes 3 steps: Glycolysis, Krebs Cycle and Electron Transport Chain. During all three steps, ATP are created. During the Krebs Cycle, carbon dioxide is made. During ETC, water is created. We tested the amount of carbon dioxide dispersed by both warm and cold blooded animals in different temperatures. We were trying to figure out about how temperature affect the respiration rate in warm and cold blooded animals.  This experiment is really important to the warm and cold blooded animals, so we students can find out what is the best temperature that each warm and cold blooded animals live in. This experiment is important to the people who have a warm or cold blooded animal. The new information may be gain is that why is a warm blooded animal call the warm blooded animal.

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As the temperature increases, the respiration rate for endothermic animals increase. As the temperature decreases, the respiration rate for ectothermic animals increases.

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1 mouse

1 lizard

1 lizard food

1 mouse food

2 heat lamps

1 fridge

2 cages

2 cups of water

1 probe of Carbon Dioxide

2 bio chambers

2 250ml beakers

1 temperature probe

1 clamp

1 interface

1 laptop

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1. Put a mouse into a bio chamber and the lizard into two separate bio chambers.

2. Close the lids then stick the Carbon Dioxide probes and the temperature probes into the bio chambers. Cover one of the open holes with tape(if there is any)

3. Let the temperature stay at room temperature.

4. Then measure the amount of Carbon Dioxide every minute for 10 minutes.

5. Clean the bio chambers and record data. ( take out the probe and use a paper to fan the holes of the probe for 30 seconds, let the air move around). Move the lizard and the mouse in to separate 250ml beakers.

6.  Put the lizard and mouse back in to separate chambers first and setup the probes. Make the temperature go down about 15 degrees( the temperature may change).Put the bio chamber in to the fridge, record the temperature.

7. Measure the amount of Carbon Dioxide every minute for 10 minutes. Check on the animal every other minute to see if it is alive.

8. Clean the bio chambers again and record data. Repeat step 5 for cleaning the probe.

9. Change the temperature 15 degrees above the room temperature(the temperature may change) using a heat lamp, Put the lizard and mouse in the bio chamber, record the temperature.

10. Measure the respiration rate every minute for 10 minutes.

11.  Clean the bio chambers yet again, repeat step 5 again.

12. Record data.

13. Compare the lizard’s respiration rate to the mouse’s respiration rate.

14. Repeat step 1-13 for one more time, to get another trials. More trials the more accurate the experiment is going to be.

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Mouse Respiration Rate average at room temperature table 

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Mouse Respiration Rate average at room temperature table 

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Mouse Respiration Rate average at cold temperature table 

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Mouse Respiration Rate average at cold temperature table 

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Mouse Respiration Rate average at hot temperature table

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Mouse Respiration Rate average at hot temperature table

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Lizard Respiration Rate average at cold temperature table 

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Lizard Respiration Rate average at cold temperature table 

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Lizard respiration rate average at room temperature table 

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Lizard respiration rate average at room temperature table 

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Lizard Respiration Rate average at hot temperature table 

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Lizard Respiration Rate average at hot temperature table 

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The Effect of cold temperature of Mouse and Lizard Respiration Rate averages

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The Effect of cold temperature of Mouse and Lizard Respiration Rate averages

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The effect of hot temperature of Mouse and Lizard Respiration Rate averages

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The effect of hot temperature of Mouse and Lizard Respiration Rate averages

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The Effect of room temperature of Mouse and Lizard Respiration Rate averages

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The Effect of room temperature of Mouse and Lizard Respiration Rate averages

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The purpose of the experiment is to see how various temperature will effect the respiration rate of warm(endothermic) and cold blooded(ectothermic) animals. The experiment includes testing on two animals, mouse is used in testing warm blooded animal, and lizard is used in testing cold blooded animals. Mouse respiration rate is the highest at cold temperature, the lowest respiration rate is at hot temperature.  And for lizard however the reparation rate is at the highest at room temperature surprisingly, and the lowest respiration rate is also at hot temperature.

Looking at the constructed graphs, the respiration rate of the lizard is keeping at the same rate steadily, and there isn’t a huge increase or a huge decrease. This means the lizard was still for most of the time. But this is totally different for mouse, mouse respiration rate at room temperature trend is going up really fast, so it means the mice was in a panic at room temperature. The respiration rate at both and cold temperature for mouse are all increasing unlike the lizard.

The hypothesis is as temperature increases, the respiration rate for endothermic animals increases. As the temperature decreases, the respiration rate for ectothermic animals increases. The data rejects the hypothesis, the hypothesis indicates that endothermic animals’ respiration rate will be increase at high temperature, and that ectothermic animals’ respiration rate will increase at a cold temperature. However, the data indicates endothermic animal’s respiration rate was at 587.6 ppm at cold temperature, which is rejecting the hypothesis saying that it will increase in hot temperature. The data also indicates ectothermic animal’s respiration rate was at 38.1 ppm at room temperature, which is rejecting the hypothesis saying it will increase in cold temperature.

Warm blooded animal body temperature stays the same even though the temperature changes, while cold blooded animal body temperature changes when the temperature changes. One of the possible errors that might changed the result of the experiment is during the lizard cold temperature testing, take out the lizard every two minutes to check if he is alive, and he nearly died for two times. So the temperature wasn’t consistent and the respiration rate isn’t accurate. An extension for the experiment might be how different kinds of food affect the respiration rate on both warm and cold blooded animals.

# data[].attributes.body
The experiment is based on the comparison between the respiration rate of warm and cold blooded animals in various temperatures. A mouse is used for a warm blooded animal, and a lizard is used for a cold blooded animal. A carbon dioxide sensor and a temperature probe are used for testing both the carbon dioxide rate and the temperature. The data does not support the hypothesis. The data shows warm blooded animals breath more in cold temperature, and cold blooded animals breath less in hot temperature. One of the errors that occurred during the experiment is the lizard came close to death a couple of times while testing in cold temperature. A extension for the experiment might be testing on the different kinds food for both animals.