'Perpendicular components' diaporamas de présentation

Projectile motion can be described by the horizontal and vertical components of motion.

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VECTORS

VECTORS. THE MAGIC OF VECTOR MATH. 2 Types of Quantities. Scalars Just a Value This Value is called a Magnitude Vectors. &. Quantities that have ? MAGNITUDE (size or value) AND DIRECTION. VECTORS. REPRESENTATION OF VECTOR QUANTITIES. VECTORS ARE REPRESENTED BY AN ARROW. tip.

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Chapter 27 Sources of the magnetic field

Chapter 27 Sources of the magnetic field. Point Object Force . Point Object Field . Force Equation. Differential Field . Are B, dB radial?. Do B, dB have 1/r 2 dependence?. Magnetic field of point charges. Magnitude ~ 1/r 2. Constants.

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MRI SIMPLIFIED

MRI SIMPLIFIED. Parth Patel MIV, USC SOM. LET US PROBE INSIDE THE MAGNET. IT'S ALL ABOUT PHYSICS. Recall that molecules are made of atoms and atoms have a standard structure. Electrons are at the periphery and nucleus is in the center. The nucleus contains protons and neutrons.

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Math Review

Scalar Quantities: (Magnitude only) Mass Volume Density Speed. Vector Quantities (Magnitude and direction) Force Weight Pressure Torque Velocity. Math Review. Vector Resolution. +. _. +. _. +. +. _. +. _. +.

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Vectors

Vectors. a vector measure has both magnitude (size) and direction. The symbol for a vector is a letter with an arrow over it or boldface type V.

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Chapter 6 Practice Problems

Chapter 6 Practice Problems. Equations. Sin ? = opposite side hypotenuse Cos ? = adjacent side hypotenuse Tan ? = opposite side adjacent side. Equations. v R 2 = v p 2 + v w 2 R 2 = A 2 + B 2 F v = F sin ? F h = F cos ?

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Key Areas covered

Key Areas covered. Resolving a force into two perpendicular components. Forces acting at an angle to the direction of movement. What we will do today:. Identify how to solve problems when we have two forces acting at different angles (component of forces). Carry out problems on the above.

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Method #2: Resolution into Components

Method #2: Resolution into Components. Solving Vector Problems using the Component Method. Each vector is replaced by two perpendicular vectors called components. Turn every vector into a right triangle.

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ES2501: Statics/Unit 4-1: Decomposition of a Force

ES2501: Statics/Unit 4-1: Decomposition of a Force. Introduction: Decomposition ---- express a vector as a sum of its component vectors, which is an inverse operation of summation. Decomposition of a vector is non-unique unless the direction of

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21-3 EMF Induced in a Moving Conductor

21-3 EMF Induced in a Moving Conductor. See diagram 21-9 p 627

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