'Particle model' diaporamas de présentation

Chapter One

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What's the MATTER with YOU??

What's the MATTER with YOU??. Fluids / Particle Model. Changin States. Mixin and dissolvin. Rate of Dissolvin. Seperating. Hodge Podge. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 400. 500. 500.

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THE MATERIAL WORLD

THE MATERIAL WORLD. THE ORGANIZATION OF MATTER PROPERTIES OF MATTER FORMS OF ENERGY FLUIDS WAVES. THE ORGANIZATION OF MATTER. KEY WORDS: Matter Pure Substance Pure Elements Pure Compounds Atom and Molecule Chemical Bond Mixtures: Homogenous & Heterogeneous Mixtures

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The fall of Classical Physics

The fall of Classical Physics. Classical physics: Fundamental Models. Particle Model (particles, bodies) Motion in 3 dimension; for each time t, position and speed are known (they are well-defined numbers, regardless we know them). Mass is known. Systems and rigid objects

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Nuclear Models

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Concepts of Motion

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Introduction to the real-coded lattice gas model of colloidal systems

Introduction to the real-coded lattice gas model of colloidal systems. Yasuhiro Inoue Hirotada Ohashi, Yu Chen, Yasuhiro Hashimoto, Shinnosuke Masuda, Shingo Sato, Tasuku Otani University of Tokyo, JAPAN. 1 nm. 10 m m. Background - Colloid -. Colloid -> particles + a solvent fluid.

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The Deuteron

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Motion diagrams Position and time Velocity Scientific notation and units Vectors and motion

Unit 2 Concepts of Motion and Mathematical Background. Topics:. Motion diagrams Position and time Velocity Scientific notation and units Vectors and motion. Sample question:.

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Unit 3 Heat & Temperature

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Terascale Computations of Multiscale Magnetohydrodynamics for Fusion Plasmas: ORNL LDRD Project

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JLab Hypernuclear Workshop 27 th May 2014

Perspectives at Jefferson Lab Medium mass hypernuclei. HKS. HES. JLab Hypernuclear Workshop 27 th May 2014. Satoshi N Nakamura, Tohoku University. L in nuclear medium. Study of hypernuclei. Single particle nature of L in nuclear medium A dependence of L potential

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Objective 4.03

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Chapter 3 Day 2

Chapter 3 Day 2. Speed vs. Velocity And Acceleration. GOALS. Distinguish between and calculate speed and velocity Velocity is a vector quantity (has direction) and speed is a scalar quantity (no direction) The speed and direction at a certain instant in time is called instantaneous velocity.

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Intro to Kinematics -Position -Distance -Displacement

Intro to Kinematics -Position -Distance -Displacement. Mrs. Coyle. Motion . How would you describe the motion of an object? Motion is relative. Position is compared to an origin. Coordinate system or a reference frame. Linear Motion: Motion in One Dimension. Motion Diagram.

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How does a Beam of Light Travel?

How does a Beam of Light Travel?. What does this activity tell you about the path of light?. Electromagnetic Waves. An ELECTROMAGNETIC WAVE is a transverse wave that transfers electrical and magnetic energy.

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Agenda 1.) Journal Entry

Date: March 6, 2009 Journal Entry- There are three different forms of water, what are the three forms?. Agenda 1.) Journal Entry 2.) What is matter? Reading assignment with questions pages 8 & 9 in the POM book. 3.) The three states of matter- particle model notes!.

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Wave particle Duality

Wave particle Duality. Principles of Physics. Is light a wave or a particle??. Isaac Newton said light is a particle Christian Huygens (explained diffraction) said light is a wave Thomas Young (proved light diffracts and interferes) said light is a wave

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Low Temperature Chemistry

Low Temperature Chemistry. Record accurate observations for experiments Identify different types of gas that are in the air. Describe the changes of state for dry ice. Safety. Write down 3 important safety rules. 1. Students must not enter a laboratory without permission

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