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Testing Granular Gas Theory
When excited, a group of particles can behave much like a gas. These granular gases exhibit many similarities to molecular gases but contain one vital difference: without a constant input of energy, granular gases lose kinetic energy to collisions. (Image and research credit: P. Yu et al.; via APS Physics) Read the full article
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Kerala Plus One Physics Notes Chapter 13 Kinetic Theory Introduction: The behaviour of gases can be explained by the kinetic theory. This is possible as the inter-atomic force can be neglected for gases. The kinetic theory of gases is related to the three basic features of gases: volume, pressure and temperature. It was developed by โฆ
Kerala Plus One Physics Chapter Wise Previous Questions Chapter 13 Kinetic Theory Question 1. Based on the kinetic theory of gases, derive an expression for the pressure exerted by an ideal gas. [March-2018] Answer: A Consider a gas contained in a cubical vessel of side โf and volume V= B. Let there be nโ molecules โฆ
Kerala Plus One Physics Chapter Wise Questions and Answers Chapter 13 Kinetic Theory Very Short Answer Type Questions (Score 1) Question 1. Which of the following gases possess maximum root mean square velocity? a. Oxygen b. nitrogen c. hydrogen เดเดฑเตเดฑเดตเตเด เดเตเดเดฟเดฏ เดฑเตเดเตเดเตเดฎเตเตป เดธเตเดเตเดตเดฏเตผ เดชเตเดฐเดตเตเดเดฎเตเดณเตเดณ เดตเดพเดค เดเด เดเดคเต? . a. เดเดเตเดธเดฟเดเตป b. เดจเตเดเตเดฐเดเตป c. เดนเตเดกเตเดฐเดเตป Answer: โฆ
An Ideal Gas Cannot Be Liquefied Because- PW
An ideal gas cannot be liquefied because the intermolecular forces in an ideal gas are negligible. In negligible intermolecular forces, the molecules will have free random motion.
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Kinetic Theory Class 11 Notes Physics Chapter 13 โข The kinetic theory was developed in the nineteenth century by Maxwell, Boltzman and others. Kinetic theory explains the behaviour of gases based on the idea that the gas consists of rapidly moving atoms or molecules. โข Ideal Gas An ideal gas or a perfect gas is โฆ
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