'Newtons' presentation slideshows

Chapter 5

Chapter 5. Torques and Moments of Force Maintaining Equilibrium or Changing Angular Motion. Objectives. Define torque Define static equilibrium List the equations of static equilibrium Determine the resultant of two or more torques

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Energy

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Units Conversions

Units Conversions. Chapter 14. It is absolutely essential to report units with the number answers. Unit History. inch width of your thumb foot originally the length of your foot, now greater yard three feet, from nose to middle finger. Unit History. fathom 6 feet, arm span mile

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Tuesday, November 15, 2011

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Control of Halbach Array Magnetic Levitation System Height

Control of Halbach Array Magnetic Levitation System Height . By: Dirk DeDecker Jesse VanIseghem Advised by: Dr. Winfred Anakwa Mr. Steven Gutschlag. Outline. Introduction Previous Work Project Summary Block Diagram Physics of Halbach Array Magnets

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Motion and Force

Motion and Force. Chapter Four: Forces. 4.1 May the Force Be With You. 4.1 The cause of forces. A force is a push or pull, or any action that has the ability to create change. The key word here is action , force is an action. 4.1 How do you measure force?.

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Chapter 4 Forces in One Dimension

Chapter 4 Forces in One Dimension. Honors Physics Glencoe, 1999. 4.1 Force & Motion. Force- any agent that can cause an object to change its state of motion Contact forces- must touch to interact (walking, throwing, crashing) Field forces- no touching necessary (gravity, magnetism)

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Lab equipment

Lab equipment. Triple-beam balance. Triple-beam balance. Used to measure mass (in grams) Make sure all balances are at 0 and the scale is pointing to 0 prior to using Place object on pan

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7.1 Integral as Net Change

7.1 Integral as Net Change. A honey bee makes several trips from the hive to a flower garden. . The velocity graph is shown below. What is the total distance traveled by the bee?. 700 feet. 200ft. 200ft. 200ft. 100ft. What is the displacement of the bee?. 100 feet towards the hive.

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Chapter 2 Mechanical Equilibrium

Chapter 2 Mechanical Equilibrium. Scalar Quantities Can be fully described by a magnitude and appropriate units Mass Time Temperature Area. Vector Quantities Requires a magnitude, appropriate units and a direction Displacement Velocity Acceleration Force. Vectors and Scalars.

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Knives are considered sharp when

Knives are considered sharp when. The blade is shiny The force gets larger The pressure gets smaller The blade gets thinner They plunge into your heart. Knives are considered sharp when. The blade is shiny The force gets larger The pressure gets smaller The blade gets thinner

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Forces

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On the index card , write: your name your preferred email address your phone number (cell preferred) last Math clas

Welcome to Physics& 221!. Write your name on a popsicle stick in pen. On the index card , write: your name your preferred email address your phone number (cell preferred) last Math class you completed last Science class you completed last English class you completed

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Rocket Construction

Rocket Construction. Ou r Goal. Some questions: What do we hope to accomplish? What specification are required to accomplish this goal? How can we design to those specifications? What elements can we change with this rocket?. Parts of a Model Rocket. Body Tube Cylindrical cardboard tube

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Energy and energy resources

Energy and energy resources. Section 1 What is Energy?. Energy is the ability to do work. Work is when a force causes an object to move in the direction of the force Work and energy are both expressed in joules. Kinetic energy. The energy of motion. If it moves it has kinetic energy.

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Section 7.3 - Work

Section 7.3 - Work. Work is a measure of the cumulative effect of a force in moving an object from one position to another. Pushing a box full of books down the hallway. Raising a bucket full of water from the bottom of a well. Pumping oil from the ground.

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