Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider...

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Diagrams and Motion Graphs

Transcript of Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider...

Page 1: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

Diagrams and Motion Graphs

Page 2: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

The slope is equal to the acceleration.

Because we only consider constant acceleration, v/t graphs will always be straight lines.

Velocity vs. time graphs

Page 3: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

Velocity vs. time graphs Positive velocity indicates

the object is moving away from the reference point

The x axis means v=0 Green is slower, getting

closer to zero. Purple is speeding up,

moving farther from the x axis.

Page 4: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

Negative velocity indicates the object is moving toward the reference point.

Purple line – the negative Velocity “is increasing” at a

faster rate. Green line – the negative

velocity “is decreasing” relative to the reference point.

Velocity vs. time graphs

Page 5: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

Velocity vs. time graphs(Acceleration)

When the slope is zero:horizontal line velocity is constant

acceleration is zero

Page 6: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

Velocity vs. time graphs

When the slope of the graph is positive:the acceleration

is positive

Page 7: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

Velocity vs. time graphs

When the slope of the graph is negative: the acceleration is negative

Page 8: Diagrams and Motion Graphs. The slope is equal to the acceleration. Because we only consider constant acceleration, v/t graphs will always be straight.

We cannot determine where an object’s position from a v/t

graph, only its change in position.

Velocity vs. time graphs


Motion 1 Position, Speed and Velocity 2 Graphs of Motion 3 Acceleration.

Motion 1 Position, Speed and Velocity 2 Graphs of Motion 3 Acceleration.

SLOPE AND Y INTERCEPT FROM EQUATIONS AND GRAPHS ASSIGNMENT.

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19 - Homepage | Wiley · 19 Kinematics 9.1 Kick off with CAS 9.2 Introduction to kinematics 9.3 Velocity–time graphs and acceleration–time graphs 9.4 Constant acceleration formulas

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Velocity-Time Graphs and Acceleration

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Unit 1-3 Review 1. Calculate acceleration, distance, velocity & time Read position-time, velocity time graphs Define velocity, speed and acceleration.

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MOTION why CHAPTER 2cosweb1.fau.edu/~jordanrg/phy2048/chapter_2/notes_2.pdf · 2016. 12. 19. · Reading displacement-time graphs • Acceleration! Average acceleration! Instantaneous

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Jeopardy - Central Bucks School District...Slope = 1/4 Jeopardy. $200 Question from Graphs What is the slope of this line in simplest form? Jeopardy. $200 Answer from Graphs 1/3 Jeopardy.

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