'Negative velocity' presentation slideshows

Velocity

Velocity. Acceleration. Motion. Graphing. Convertions. Random Trivia. Velocity. Motion. Graphing. Conversions. Random Trivia. Acceleration. $100. $100. $100. $100. $ 100. $100. $200. $200. $200. $200. $200. $200. $300. $300. $300. $300. $300. $300. $400. $400.

1.58k views • 141 slides

Section 1.4 Formulas for Linear Functions

Section 1.4 Formulas for Linear Functions. A grapefruit is thrown into the air. Its velocity, v , is a linear function of t , the time since it was thrown. (A positive velocity indicates the grapefruit is rising and a negative velocity indicates it is falling.)

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GRAPHICAL ANALYSIS OF MOTION

GRAPHICAL ANALYSIS OF MOTION. GRAPHICAL ANALYSIS OF MOTION. m otion graphs come in three formats. GRAPHICAL ANALYSIS OF MOTION. m otion graphs come in three formats Position vs. time graph . GRAPHICAL ANALYSIS OF MOTION. m otion graphs come in three formats Position vs. time graph

1.93k views • 61 slides

Constant Motion Jeopardy

532 views • 38 slides

Warm Up

Warm Up. Describe what the V-T graph would look like for an object with negative acceleration when it starts with a.) no velocity b.) positive velocity c.) negative velocity Be sure to describe what will happen as time continues. 0:09. 0:07. 0:06. 0:08. 0:04. 0:05. 4:00. 3:00.

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Lectures 6&7

Lectures 6&7. What will I learn in this lecture?. Dynamics, two examples of the use of ode45 . Numeric Integration using trapz and quad/quadl functions. Readings: Matlab by Pratap Chapter 5.4,5.5 . Dynamics: time evolution of physical processes. 1. Problem Definition

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Free Fall

974 views • 22 slides

Motion in One Dimension: Displacement and Velocity

Motion in One Dimension: Displacement and Velocity. Chapter 2: Section 1. Learning Targets. Describe motion in terms of frame of reference, displacement, time, and velocity Calculate the displacement of an object traveling at a known velocity for a specific time interval

431 views • 22 slides

Physics Fundamentals

Motion in One Dimension. Physics Fundamentals. How physicists describe motion:. Displacement, not distance. Position-time graph. Velocity, not speed. Slope: steeper means faster. Distance: The separation between two points. A scalar quantity.

426 views • 20 slides

Walking Stories

888 views • 13 slides

New Tao

304 views • 12 slides

Describing Motion with Diagrams

Describing Motion with Diagrams. The two most common types of diagrams used to describe the motion of objects are:. a. Ticker Tape Diagrams. b. Vector Diagrams. Ticker Tape Diagrams.

285 views • 12 slides

Math 170 Functions, Data, and Models

Math 170 Functions, Data, and Models. 08 Section 2.2 Domain & Range. Questions on Lab 02? Class slides handout? Responsibility for questions?. Basic Concepts. A function can be represented with a formula, a table, words, or a graph.

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PH 201

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Math 170 Functions, Data, and Models

Math 170 Functions, Data, and Models. 11 Concavity Section 2.5. Basic Concepts. If is a function whose rate of change is constant, then the graph of is a line (straight). If is a function whose rate of change is increasing, then the graph of is concave up (bends upward).

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GOAL: BECOMING SCIENTIFICALLY LITERATE

GOAL: BECOMING SCIENTIFICALLY LITERATE. DO NOW: 10-4-2010 Which runner has the greater velocity?. I can analyze a distance vs. time graph to Determine where velocity changes Find the velocity of a runner See t he difference between a positive velocity and a negative velocity

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Starter 1 (1-D)

Starter 1 (1-D). A car travels 100 km from city A to city B. If the first half of the distance is driven at 50 km/h and the second half is driven at 100 km/h, what is the average speed of the car?

156 views • 4 slides