Hello tutors, help me. Just answer "Let Us Try" Let Us DiscoverThis learning activity sheet offers interesting discussion about gases, its behaviourand properties. Like solids and liquids, gases are governed by laws of nature. One of thefundamental laws that govems gas is the Boyle's Law. This law is explained by the kineticmolecular theory, in which the pressure of a gas depends on the number of times persecond that the molecules strike the surface of the container or collide with each other, asthe volume of gas decreases, the pressure increases forcing the gas particles to movecloser to one another.Boyle's law states that the relationship between the volume and pressure of gases atconstant temperature is inversely proportional, meaning when one value decreases, theother value increases. This was first stated by Robert Boyle during the 16th century whilehe performed an experiment wherein he trapped a fixed amount of air in the J-tube, hechanged the pressure and controlled the temperature and then, he observed its effect to thevolume of the air inside the J-tube. He found out that as the pressure is increased, thevolume decreases. He finally concluded that the volume of a fixed amount of gas is inverselyproportional to its pressure at constant temperature.Gas particles have a very weak intermolecular force of attraction, hence they moveas far as possible from each other. They have the tendency to occupy all the spaces theyare contained in. If the pressure is increased, the volume will be decreased. Thisphenomenon can be expressed in the Boyle's Law equation:1-aat constant T and nPGSC-CID-LRMS-ESSLM, v.r. 02.00, Effective April 21, 2021Where: V= volume, P= pressure, T = temperature and n= amount of the gas.Let us apply the equation you learned about Boyle's Law. Since volume and pressureof the gas can be varied, let P, and V, be the initial pressure and volume respectively and P,and V, be the final pressure and volume respectively.According to Boyle's Law, PV-K therefore:V,P,KV.PKThen: V.P. =V.P:Let Us TrySince you are now equipped with the fundamental knowledge about Boyle's Law, tryto answer these questions by examining the picture below.P-4 timP-1 etm-2 atmV-ILT-298 KV-050LT-208KV-0.25 LT-20 KFigure 1: Boyle's Law IllustrationGuide Questions:1. What happens to the volume of the syringe as the set of weights is added on top of it?2. What happens to the pressure on the syringe when the set of weights is added?3. What is the relationship between volume and pressure of gases at constant temperature?GSC-CID-LRMS-ESSLM, v.r. 02.00, Effective April 21, 2021

Answer (1) Volume of the syringe decreases as the set of weight is added on top of it.…

This learning activity sheet offers interesting discussion about gases, its behaviour and properties. Like solids and liquids, gases are governed by laws of nature. One of the undamental laws that governs gas is the Boyle's Law. This law is explained by the kinetic nolecular theory, in which the pressure of a gas depends on the number of times per econd that the molecules strike the surface of the container or collide with each other, as he volume of gas decreases, the pressure increases forcing the gas particles to move loser to one another. Boyle's law states that the relationship between the volume and pressure of gases at

This learning activity sheet offers interesting discussion about gases, its behaviour and properties. Like solids and liquids, gases are governed by laws of nature. One of the undamental laws that governs gas is the Boyle's Law. This law is explained by the kinetic nolecular theory, in which the pressure of a gas depends on the number of times per econd that the molecules strike the surface of the container or collide with each other, as he volume of gas decreases, the pressure increases forcing the gas particles to move loser to one another. Boyle's law states that the relationship between the volume and pressure of gases at

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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