'Due north' presentation slideshows

Force and Motion in Two Dimensions

1.42k views • 87 slides

Astro 101: Navigating the Night Sky

1.14k views • 66 slides

Science CBA #2 Review

Science CBA #2 Review. Force and Motion. What is motion? Motion is when an object changes its position . Motion can be represented mathematically through calculations of speed, velocity, and acceleration Motion is when an object changes its position. Velocity.

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What is the opposite of 3/8

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Recall that a vector has both:

VECTORS. Recall that a vector has both:. Direction. Magnitude. The sum of two vectors is considered the resultant vector. +. Vector A. Vector B. A + B = R. Graphical Method. You must add vectors from head. head. to tail. tail. so. +. Vector B. Vector A. equals. Vector R.

637 views • 47 slides

Cutnell/Johnson Physics 8 th edition

Cutnell/Johnson Physics 8 th edition. Classroom Response System Questions. Chapter 2 Kinematics in One Dimension. Reading Quiz Questions.

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Cutnell/Johnson Physics 8 th edition

Cutnell/Johnson Physics 8 th edition. Classroom Response System Questions. Chapter 2 Kinematics in One Dimension. Reading Quiz Questions.

706 views • 43 slides

University Physics: Mechanics

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Rotation and Revolution of Earth

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Bearings

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3018 Related Rates

3018 Related Rates. BC Calculus. GOAL : to find the rates of change of two (or more) variables with respect to a third variable (the parameter) This is a combination of PARAMETRIC and IMPLICIT functions x and y are implicit functions of t . ILLUSTRATION :

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Optimization Problems

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Lecture 39: FRI 24 APR

Physics 2102 Jonathan Dowling. Lecture 39: FRI 24 APR. Ch. 35: Interference. Christian Huygens 1629-1695. The Lunatic Fringe:. The waves arriving at the screen from the two slits will interfere constructively or destructively depending on the different length they have travelled.

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Notes on Arc Lengths and Areas of Sectors

Notes on Arc Lengths and Areas of Sectors. Precalculus 5.1. 5.1. Examples. Examples. II. Arc Lengths. ***When using this formula, you must be in radians!!. Examples:. Find the length of the arc intercepted by a central angle having each of the following measures . Examples.

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808 views • 12 slides

Introduction to Kinematics

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ACCELERATION

ACCELERATION. ACCELERATION. - Acceleration is the _________ at which the _____________ of a moving object changes. (Actually includes both speeding up and slowing down). rate. velocity. -Velocity describes the ____________ of an object.

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Problem

Problem.

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Relative Motion

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DRAWING SCALED VECTOR DIAGRAMS

DRAWING SCALED VECTOR DIAGRAMS. Read the problem carefully. Determine what values are being represented. Determine an appropriate scale and record it on the diagram. Draw the first vector using the scale and label it. Place the next vector at the tip of the first at the proper angle.

150 views • 4 slides