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4:08 AM OP• OT "436.5 C ← ENGINEERING CHEMICAL-ENGINEERING Topic-- Derivation for ideal gas equation from kinetic theory of gas The below steps are what to be derived 1.To determine the frequency of collision from the above diagram, the time interval at the distance travel by the molecule in the collision 2.to derive the force 3.To determine the pressure of the gas 4.To determine energy associated with ideal gas 5.To determine ideal gas equation, the boltsman is the ratio of gas R constant to Avogadro's constant 6.To determine V_rms² (V bar squared) from ideal gas equation All this steps should be derived one after the other, and help me break it down step by step for good understanding Մ Do

4:08 AM OP• OT "436.5 C ← ENGINEERING CHEMICAL-ENGINEERING Topic-- Derivation for ideal gas equation from kinetic theory of gas The below steps are what to be derived 1.To determine the frequency of collision from the above diagram, the time interval at the distance travel by the molecule in the collision 2.to derive the force 3.To determine the pressure of the gas 4.To determine energy associated with ideal gas 5.To determine ideal gas equation, the boltsman is the ratio of gas R constant to Avogadro's constant 6.To determine V_rms² (V bar squared) from ideal gas equation All this steps should be derived one after the other, and help me break it down step by step for good understanding Մ Do

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Derive the equation for each of the step mentioned
4:08 AM OP• OT "436.5 C ← ENGINEERING CHEMICAL-ENGINEERING Topic-- Derivation for ideal gas equation from kinetic theory of gas The below steps are what to be derived 1.To determine the frequency of collision from the above diagram, the time interval at the distance travel by the molecule in the collision 2.to derive the force 3.To determine the pressure of the gas 4.To determine energy associated with ideal gas 5.To determine ideal gas equation, the boltsman is the ratio of gas R constant to Avogadro's constant 6.To determine V_rms² (V bar squared) from ideal gas equation All this steps should be derived one after the other, and help me break it down step by step for good understanding Մ Do
Transcribed Image Text:4:08 AM OP• OT "436.5 C ← ENGINEERING CHEMICAL-ENGINEERING Topic-- Derivation for ideal gas equation from kinetic theory of gas The below steps are what to be derived 1.To determine the frequency of collision from the above diagram, the time interval at the distance travel by the molecule in the collision 2.to derive the force 3.To determine the pressure of the gas 4.To determine energy associated with ideal gas 5.To determine ideal gas equation, the boltsman is the ratio of gas R constant to Avogadro's constant 6.To determine V_rms² (V bar squared) from ideal gas equation All this steps should be derived one after the other, and help me break it down step by step for good understanding Մ Do
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