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The first paragraph is drawn from material developed by Franklin B. Lee in “Experiments in High Vacuum” (Morris and Lee, Buffalo, NY, ca. 1960) and is used with permission. It must be noted that Franklin’s explanation of the operation of the radiometer, while the popular explanation, is not correct.

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An audience has gathered around a lecturer to watch an experiment. It is night, and the room is lit by a single candle that burns behind a large rounded glass containing a diseased human skull. A white cockatoo has been placed in a glass container from which the air is being pumped to create a vacuum.

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Experiment 8 was conducted with an aluminum strip in Jar 1 and a copper strip in Jar 2. What would be the expected output voltage of the electrochemical cell? A. 1.10 V B. 1.66 V C. 1.32 V D. 2.00 V. Correct Answer: D. Explanation: (D) The aluminum anode has a potential of 1.66V, and the copper cathode has a potential of 0.34V. Added together ...

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glass jar over a lit candle on a non-˚ammable plate. 2. Lower glass until 1” away from table (caution! Glass may become hot). B. Limiting fuel – Remove the fuel leg of the ˜re triangle by placing a piece of aluminum foil between the ˚ame and the wax of the candle – removing the fuel by separating the wax from the wick.

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Bouncy Egg Experiment Instructions: Place an egg carefully into a jar. Fill a jar with vinegar until the egg is fully covered. Leave egg for 24 hours, then drain the old vinegar and add fresh vinegar. Check on the progress each day and note how the egg changes. After three days, carefully remove the egg from the jar and rinse with water. 6. Tape it air-tight against the jar and let a student try and take the bag out of the jar (without tearing it). It won’t work! D. Anticipated Results: With each part of the experiment, you and your students will see that it is not possible to either push down on the plastic bag or remove it from the jar. E. Thought Questions for Class ...

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