'Average velocity' presentation slideshows

PHY 101 Lecture Notes

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Chapter 2

Chapter 2. Motion in One Dimension. Dynamics. The branch of physics involving the motion of an object and the relationship between that motion and other physics concepts Kinematics is a part of dynamics In kinematics, you are interested in the description of motion

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Compressible Flow Introduction

Compressible Flow Introduction. Objectives: Indicate when compressibility effects are important. Classify flows with Mach Number. Introduce equations for adiabatic, isentropic flows. Larry Baxter Ch En 374. Flow Classifications. Property Changes.

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Lecture 9

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Fixed bed and fluidized bed

Fixed bed and fluidized bed. Ref: BSL, McCabe & Smith. Why fixed (or fluidized) bed? Expensive Catalyst enzyme (immobilized) Large Surface area Used in reaction/adsorption/ elution (for example). Goal: Expression for pressure drop, try some examples. Fixed bed . Filled with particles

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Rocket Power

Rocket Power. Introduction to Rockets and Missiles Scott Schoneman. Agenda. What is a rocket? Definitions and Equations Types of Rocket Propulsion Launch Vehicles and Missiles. What is a Rocket?.

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Micro-Hydro Turbine

Micro-Hydro Turbine. Scott Craig Cody Maher Jesse Ross Brian Vanstratum. Summary. Problem Statement How much power is in water flow? How do we generate power from water? How much power do we need? The Site Data From the Site Available Power vs. Needed Power. Our Problem.

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Chapter 2

Chapter 2 Motion Along a Line Motion Along a Line Position & Displacement Speed & Velocity Acceleration Describing motion in 1D Free Fall 0 x 1 0 x 2 Position & Displacement

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BASIC DIFFERENTIATION RULES AND RATES OF CHANGE (2.2)

October 9th, 2017. BASIC DIFFERENTIATION RULES AND RATES OF CHANGE (2.2). I. THE CONSTANT RULE. Thm. 2.2: The Constant Rule: The derivative of a constant function is 0. So, if c is a real number, then. II. THE POWER RULE.

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Falling Stuff

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Motion and Differential Calculus

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Concepts of Motion

Concepts of Motion. Particle Model Motion Diagrams Pictorial R representation Vectors. Reading Question. For class today I read. Zero per cent 20 per cent 40 per cent 60 per cent 80 per cent 100 per cent. Reading Question. I did not tell a lie on the last question. True False.

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If you missed the first lecture. . .

If you missed the first lecture. . . Find the course webpage: http://physwww.mcmaster.ca/~okon/1d03/1d03.html and read the course outline and the first lecture.

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Physics for Scientists and Engineers, 6e

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Lecture 5 : Introduction to Physics PHY101

Lecture 5 : Introduction to Physics PHY101. Chapter 2: Equations of Kinematics for Constant Acceleration in 1 Dim. (2.4, 2.5, 2.7) Free Fall (2.6) Chapter 3: Equations of Kinematics for Constant Acceleration in 2 Dim. (3.1, 3.2). Summary of concepts from last lecture.

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PHOENICS Impeller Pump Example

PHOENICS Impeller Pump Example. Introduction. This presentation outlines the modeling of a simple impeller pump using PHOENICS. The model shown is a transient, moving body analysis, however steady state and start-up simulations can also be run with PHOENICS. The Geometry.

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Motion Along A Straight Line

Motion Along A Straight Line. Position Displacement Speed Velocity Acceleration Rules for Derivatives Free Fall Acceleration Rules for Integration. pps by C Gliniewicz. Motion is a change in position. It needs no reference to time, but implies time.

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