'Attractive force' presentation slideshows

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Ch 8 Universal Gravitation

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* The coverage of the Quiz (Q) * The coverage of the Study Summary (SS)

* The coverage of the Quiz (Q) * The coverage of the Study Summary (SS). Chapter 2. CHEMICAL BONDS. IONIC BONDS. 2.1 The Ions That Elements Form 2.2 Lewis Symbols 2.3 The Energetics of Ionic Bond Formation 2.4 Interactions Between Ions. COVALENT BONDS. 2.5 Lewis Structures

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Black Holes

Black Holes. Newtonian. Universal Mutual Gravitation Isaac Newton, in his Principia , formulated the Law of Universal Mutual Gravitation: Gravity is an Attractive force: Works to bring massive objects closer together. Gravity is a Universal force: Works everywhere in the Universe.

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Chapter 3--FORCES

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AFM

AFM. Atomic Force Microscopy. Outline. Motivation History How the AFM works Two modes Contact Mode Non-Contact Mode Force Measurements Raster the Tip: Generating an Image Scanning Sample OUr AFM Pictures Examples The Good The Bad And the Ugly Uses Topographical Analysis

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Friction (and Shear)

Friction (and Shear). Gas Origin of Viscosity Mix of gases Liquid Origin of Viscosity Effect of foreign materials Dilute vs Concentrated (sol-gel) Non-newtonian Fluids Concentrated Effect of non-s pherical dispersed materials Presence of structure. Gas. 3. 2. Gas

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Friction (and Shear)

Friction (and Shear). Gas Origin of Viscosity Mix of gases Liquid Origin of Viscosity Effect of foreign materials Dilute vs Concentrated (sol-gel) Non-newtonian Fluids Concentrated Effect of non-s pherical dispersed materials Presence of structure. Gas. 3. 2. Gas

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I. Kinetic Molecular Theory KMT

I. Kinetic Molecular Theory KMT. Assumptions of KMT. All matter is composed of tiny particles These particles are in constant, random motion. Some particles are moving fast, some are moving slowly.

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History and Applications of Atomic Force Microscopy

History and Applications of Atomic Force Microscopy. Gregory James PhD Candidate Department of Chemical Engineering. Who are we?. PhD students working for Dr. John Walz and Dr. William Ducker in the Department of Chemical Engineering

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Forces and Motions

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Chapter: Forces and Changes in Motion

Table of Contents. Chapter: Forces and Changes in Motion. Section 1: Motion. Section 2: Forces and Motion. Section 3: The Laws of Motion. Forces and Motion. 2. Force. A force is a push or a pull that one object exerts on another object. .

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Ch. 8 Universal Gravitation

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Biochemistry

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Water and solutions

Water and solutions. Water Polarity Oxygen holds more electrons making it have a negative charge- hydrogen sides has a positive charge Polar compund - uneven distribution of charge Solubility (like dissolves like) Water dissolves other polar molecules

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PHYS 221 Recitation

PHYS 221 Recitation. Kevin Ralphs Week 14. Overview. Nuclear Physics Structure of the Nucleus Nuclear Reactions. Nuclear Physics. Structure of the Nucleus The nucleus of made of two types of particle called nucleons: protons and neutrons A nucleus is specified with the following notation

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Chapter 4 Notes

Chapter 4 Notes. The Structure Of Matter. Chapter 4.1 Notes. Chemical Bond is the attractive force that holds atoms or ions together Chemical structure: the arrangement of bonded atoms or ions within a substance

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Physical Properties of Seawater

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Ch. 11 - Chemical Bonds

Ch. 11 - Chemical Bonds. I. Why Atoms Combine (p.298-302) Chemical Formula Chemical Bond Stability. 1 oxygen atom. 2 hydrogen atoms. A. Chemical Formula. Shows: 1) elements in the compound 2) ratio of their atoms. H 2 O. B. Chemical Bond.

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5.3.1 The Nuclear Atom

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