Video 1 http://www.youtube.com 6- Video 2 http://www.youtube.com/watch?v NB1aCBl
ID: 554105 • Letter: V
Question
Video 1 http://www.youtube.com 6- Video 2 http://www.youtube.com/watch?v NB1aCBld6gA Answer the following questions as your post with a minimum of 10 sentences: 1. What does Boyle's Law state? 2. According to Video 1, what happens to the gas molecules when the piston is moved down? 3. According to Video 2, what events happen in your body to decrease the internal pressure? 4. How is Boyle's Law related to breathing? 5. Pick another gas law and explain how it is used in everyday life. After you have posted, respond to another person who used a different everyday life experience in question 5 with a minimum of 5 sentences. Each sentence must contain at least 6 words To reply to these questions, click on the Reply box below and type your responses in that box. When you are finished, make sure to click the Post Response button. For more help click this O canvas guide MacBook Air F6 F7 F8 F9Explanation / Answer
1. BOYLE'S LAW
Boyle's law is a gas law, stating that the pressure and volume of a gas have an inverse relationship, when temperature is held constant.
2. When the piston moves down, the overall volume inside the cylinder decreases which increases the pressure inside the cylinder ( Boyle's Law). So the gas molecule will be under certain pressure due to the reduction of the volume.
3. In order to decrease the internal pressure, we have to increase the volume, which can be done by inhaling more air.
4. This in turns decreases the pressure in the lungs and creates empty space which forms a vacuum. This reduction in pressure pulls air into the lungs. ... It is the inverse relationship of Pressure and Volume of Boyle's Law that creates the pump - vacuum activity that allows for us to breathe.
5. If you play ping pong, chances are you’ve come across the occasionally dented ball. Restore its roundness by popping it in a pan of water. Warm the water gently while stirring and the air inside the ball will expand as it heats up. The expanding air will push out the dent and restore the ball’s roundness.
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