'Kinetic energy equation' presentation slideshows

LESSON 1

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Work, Energy and Power

Work, Energy and Power. Work. W = Fs W= work F = force s = displacement Whe a force makes an object move, work has been done. Whenever work is done, energy is transferred form one place to another or transformed from one form to another. Units are = 1Nm = 1J(joule). Practice Problem 1.

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Momentum and Collisions

Momentum and Collisions. Linear Momentum. The linear momentum of a particle or an object that can be modeled as a particle of mass m moving with a velocity v is defined to be the product of the mass and velocity : p = m v

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Momentum and Momentum Conservation

Momentum and Momentum Conservation. Momentum Impulse Conservation of Momentum Collision in 1-D Collision in 2-D. Linear Momentum. A new fundamental quantity, like force, energy

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Chapter 6: Work, energy , and power 6-1 Work 6-2 Kinetic energy 6-3 Potential energy and conservative forces 6-4 Di

Chapter 6: Work, energy , and power 6-1 Work 6-2 Kinetic energy 6-3 Potential energy and conservative forces 6-4 Dissipative forces 6-9 power. 6-1 Work. W = F. ? x. units: N.m or joule, j. W = F ? x cos q

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Lecture 3 - Conservation Equations Applied Computational Fluid Dynamics

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GASES AND LIQUIDS

GASES AND LIQUIDS. Chapter 12. Characteristics of gases. The properties of gases can be explained by a model called the kinetic molecular theory. This theory is based on some major assumptions about a theoretical gas often called as an ideal gas.

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Matter & Energy #2

Matter & Energy #2. Kinetic & Potential Energy Energy Sources & Alternatives. Energy. Energy- Energy is the ability to do work, and to do work we need energy. Ex. A stretched slingshot has the ability to do work The units for energy is the Joule (J).

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Energy!

Energy!. p. 58 4/21 Forms of Energy Foldable. IQ: Decide which of the following contain energy: - A donut - Charcoal - A plant - A car parked at the top of a hill - A radio playing music. 7 Forms of Energy. Heat Chemical Light Electrical Mechanical Sound Nuclear. Energy.

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Chapter 11

Chapter 11. A child slides down a playground slide at constant speed. The energy transformation is. 5. There is no transformation because energy is conserved. A child slides down a playground slide at constant speed. The energy transformation is.

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Chapter 5

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Moment Of Inertia

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Elastic and Inelastic Collisions

Elastic and Inelastic Collisions. Chapter 6 Section 3. Collisions. There are many different collisions in which two objects collide. Sports Vehicles Arrow and target. Kinetic Energy and Collisions.

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Elastic and Inelastic Collisions

Elastic and Inelastic Collisions. Chapter 6 Section 3. Collisions. There are many different collisions in which two objects collide. Sports Vehicles Arrow and target. Kinetic Energy and Collisions.

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What is the KE of a 45 kg object moving at 13 m/s?

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Marine Turbulence and Mixing

Introduction Monday 21 st 9-10am Turbulence theory Monday 21 st 11-12am Measuring turbulence Monday 28 th 9-10am Modelling turbulence Monday 28 th 11-12am . Marine Turbulence and Mixing. 4 . Modelling turbulence (a brief introduction). Dr. Matthew Palmer

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Classical Relativity Galilean Transformations

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