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1. Illustrate the Lewis dot structure of the water molecule. Explain why it is a polar molecule. 2. Look-up and illustrate the structure of a soap molecule. 3. Explain how a soap molecule removes grease/oil from your hands.

1. Illustrate the Lewis dot structure of the water molecule. Explain why it is a polar molecule. 2. Look-up and illustrate the structure of a soap molecule. 3. Explain how a soap molecule removes grease/oil from your hands.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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ANSWER THE FOLLOWING QUESTIONS. 1. Illustrate the Lewis dot structure of the water molecule. Explain why it is a polar molecule. 2. Look-up and illustrate the structure of a soap molecule. 3. Explain how a soap molecule removes grease/oil from your hands. 4. All of you are aware of soap bubbles; you know they come in various sizes. Explain how a soap bubble is created and why its size varies. 5. Why does a soap bubble exist as a sphere? 6. Why does a soap bubble on a flat surface exist as a half-sphere? 7. Liquid detergent makes great bubbles; would a concentrated or a dilute solution of soap work best in creating large bubbles. Explain your reasoning. 8. Given a set concentration of soap, what effect might the temperature have on the creation of bubbles? One sample is at 5 °C and the second sample is at 50 °C. 9. Given a set temperature, what effect might the concentration have on the creation of bubbles? 10. Explain what "surface area" means. 11. What effect does "surface area" have on the life expectancy of a soap bubble? 12. Do large or small soap bubbles have a longer life expectancy? Explain your reasoning.
Transcribed Image Text:ANSWER THE FOLLOWING QUESTIONS. 1. Illustrate the Lewis dot structure of the water molecule. Explain why it is a polar molecule. 2. Look-up and illustrate the structure of a soap molecule. 3. Explain how a soap molecule removes grease/oil from your hands. 4. All of you are aware of soap bubbles; you know they come in various sizes. Explain how a soap bubble is created and why its size varies. 5. Why does a soap bubble exist as a sphere? 6. Why does a soap bubble on a flat surface exist as a half-sphere? 7. Liquid detergent makes great bubbles; would a concentrated or a dilute solution of soap work best in creating large bubbles. Explain your reasoning. 8. Given a set concentration of soap, what effect might the temperature have on the creation of bubbles? One sample is at 5 °C and the second sample is at 50 °C. 9. Given a set temperature, what effect might the concentration have on the creation of bubbles? 10. Explain what "surface area" means. 11. What effect does "surface area" have on the life expectancy of a soap bubble? 12. Do large or small soap bubbles have a longer life expectancy? Explain your reasoning.
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