'Speed distribution' presentation slideshows

9.1 Historical Overview 9.2 Maxwell Velocity Distribution 9.3 Equipartition Theorem

CHAPTER 9 Statistical Physics. 9.1 Historical Overview 9.2 Maxwell Velocity Distribution 9.3 Equipartition Theorem 9.4 Maxwell Speed Distribution 9.5 Classical and Quantum Statistics 9.6 Fermi-Dirac Statistics 9.7 Bose-Einstein Statistics.

967 views • 48 slides

Lecture 3. The Kinetic Molecular Theory of Gases

605 views • 39 slides

Lecture 3. The Kinetic Molecular Theory of Gases

607 views • 39 slides

CHAPTER 1 The Birth of Modern Physics

CHAPTER 1 The Birth of Modern Physics. 1.1 Classical Physics of the 1890s 1.2 The Kinetic Theory of Gases 1.3 Waves and Particles 1.4 Conservation Laws and Fundamental Forces 1.5 The Atomic Theory of Matter 1.6 Outstanding Problems of 1895 and New Horizons.

574 views • 37 slides

Chapter 22 Molecular properties of gases

Chapter 22 Molecular properties of gases. 22-1 The atomic nature of matter ( ??????? ). J. J. Thomson discovered electrons in 1897. Rutherford discovered the nature of atomic nucleus. He was at his lab at McGill Univ. in 1905. 1. Brownian motion.

426 views • 35 slides

Chapter 22 Molecular properties of gases

Chapter 22 Molecular properties of gases. 22-1 The atomic nature of matter ( ??????? ). J. J. Thomson discovered electrons in 1897. Rutherford discovered the nature of atomic nucleus. He was at his lab at McGill Univ. in 1905. 1. Brownian motion.

357 views • 35 slides

Some typical numbers: STP: 6.02 ? 10 23 molecules / 22.4 liters

z = ?? 2 c (N/V). Assumes volume swept out is independent of whether collisions occur (not a bad assumption in most cases). ? = 1/[?? 2 (N/V)]. Some typical numbers: STP: 6.02 ? 10 23 molecules / 22.4 liters. P = 1 Torr ? z = 5.45 ? 10 6 sec -1 (P = 1/760 atm). (P = 1/760 atm).

274 views • 20 slides

Lecture 20. Continuous Spectrum, the Density of States (Ch. 7), and Equipartition (Ch. 6)

Lecture 20. Continuous Spectrum, the Density of States (Ch. 7), and Equipartition (Ch. 6).

647 views • 17 slides

Rohit Kondekar BT08CSE053

A MapReduced Based Hybrid Genetic Algorithm Using Island Approach for Solving Large Scale Time Dependent Vehicle Routing Problem. Rohit Kondekar BT08CSE053. What is Vehicle Routing Problem?

342 views • 16 slides

Lecturette 149: The Maxwellian Speed Distribution

Double Click in Picture for Video Presentation ?. Physics with Calculus by David V. Anderson & Peter Tarsi assisted by students Carolyn McCrosson & Andrew Trott. Lecturette 149: The Maxwellian Speed Distribution

359 views • 16 slides

Overview of CATC Development

Informal document WP.29-172-21 172nd WP.29, 20-23 June 2017 Agenda item 6. Overview of CATC Development. MIIT, China 2017 . 06. Background. With the rapid increasing of automotive industry and vehicle parc, the transportation status changed significantly in China.

212 views • 16 slides

H 2 O P-T Phase Diagram

298 views • 15 slides

Classical Statistics

Classical Statistics. What is the speed distribution of the molecules of an ideal gas at temperature T? Maxwell speed distribution This is the probabilitity of finding a particle with speed between v and v +dv And if we cared to calculate it we would find. Classical Statistics.

159 views • 14 slides

at: resceu.s.u-tokyo.ac.jp/proj4_en.php

at: www.resceu.s.u-tokyo.ac.jp/proj4_en.php.

112 views • 11 slides

Particles in Motion

Particles in Motion. Velocities and Speeds of Particles. The Maxwell-Boltzmann Distribution. Consider a Cartesian system with orthogonal axes (x,y,z) N(v x )dv x = number of particles having a velocity component along the x axis between v x and v x +dv x N = Total Number of particles

393 views • 9 slides