Write the application of boyles law
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the application of the Boyle's law is in the cylinder filled with gas or also in liquefying gases.
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Applications of Boyles law 1)Many gases are stored under highpressure. This way they would occupya smaller volume. This is anapplication of Boyle’s Law. Forexample, some cars use compressednatural gas as fuel.
2)The mechanics of a bicycle pump isgoverned by Boyle’s Law. The washerin a bicycle pump allows air enters the barrel fromoutside during the upstroke, but during the downstroke, this air can no longer escape to the outsideand is compressed in the barrel. As the volumedecreases, the pressure increases, but at first, theair cannot escape because the valve in the bicycleinner tube prevents it from entering that tube. Thisvalve is closed because the pressure of the airalready in the tube prevents the entry of furthergas. Only when the pressure of the air in the pumpis greater than that in the inner tube will the valveopen and allow more air into the tube, furtherincreasing the pressure. This means that, at the next stroke of thepump, the air will have to be compressed even more.As the pressure in the tube increases, it gets harderand harder to depress the pump.
3)
Suppose that you buy a bag of chips at the top of amountain, once you hit the bottom of the mountain,the bag explodes, causing chips to fly everywhere. This is because theair contained in the bag expanded as the pressure inside of the bagincreased.
4)
A practical application illustrating Boyles Law would bethe action of a syringe. When we draw fluids into asyringe, we increase the volume inside the syringe, thiscorrespondingly decreases the pressure on the insidewhere the pressure on the outside of the syringe isgreater and forces fluid into the syringe. If we reversethe acting and push the plunger in on the syringe weare decreasing the volume on the inside which willincrease the pressure inside making the pressuregreater than on the outside and fluids are forced out.
2)The mechanics of a bicycle pump isgoverned by Boyle’s Law. The washerin a bicycle pump allows air enters the barrel fromoutside during the upstroke, but during the downstroke, this air can no longer escape to the outsideand is compressed in the barrel. As the volumedecreases, the pressure increases, but at first, theair cannot escape because the valve in the bicycleinner tube prevents it from entering that tube. Thisvalve is closed because the pressure of the airalready in the tube prevents the entry of furthergas. Only when the pressure of the air in the pumpis greater than that in the inner tube will the valveopen and allow more air into the tube, furtherincreasing the pressure. This means that, at the next stroke of thepump, the air will have to be compressed even more.As the pressure in the tube increases, it gets harderand harder to depress the pump.
3)
Suppose that you buy a bag of chips at the top of amountain, once you hit the bottom of the mountain,the bag explodes, causing chips to fly everywhere. This is because theair contained in the bag expanded as the pressure inside of the bagincreased.
4)
A practical application illustrating Boyles Law would bethe action of a syringe. When we draw fluids into asyringe, we increase the volume inside the syringe, thiscorrespondingly decreases the pressure on the insidewhere the pressure on the outside of the syringe isgreater and forces fluid into the syringe. If we reversethe acting and push the plunger in on the syringe weare decreasing the volume on the inside which willincrease the pressure inside making the pressuregreater than on the outside and fluids are forced out.
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