A gas syringe is being heated and the piston begins to be move outwards and eventually stops. Explain. Upon heating, the gas pressure increases to more than that of the atmospheric pressure. As a result, a resultant force acts outwards which pushes the piston outwards. As the piston moves outwards, the volume of the cylinder increases, causing the gas pressure to decrease. When the gas pressure drops back to a value equal to that of atmospheric pressure, there will be no more resultant outward force and the piston will stop being pushed out.
A gas syringe is being heated and the piston begins to be move outwards and eventually stops. Explain. Upon heating, the gas pressure increases to more than that of the atmospheric pressure. As a result, a resultant force acts outwards which pushes the piston outwards. As the piston moves outwards, the volume of the cylinder increases, causing the gas pressure to decrease. When the gas pressure drops back to a value equal to that of atmospheric pressure, there will be no more resultant outward force and the piston will stop being pushed out.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A gas syringe is being heated and the piston begins to be move outwards and eventually stops. Explain.
- Upon heating, the gas pressure increases to more than that of the atmospheric pressure.
- As a result, a resultant force acts outwards which pushes the piston outwards.
- As the piston moves outwards, the volume of the cylinder increases, causing the gas pressure to decrease.
- When the gas pressure drops back to a value equal to that of atmospheric pressure, there will be no more resultant outward force and the piston will stop being pushed out.
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