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Constant Velocity - Coggle Diagram
Constant Velocity
Motion Maps
Arrows: Arrows are used to show the direction of the object's motion. An arrow pointing to the right indicates motion in the positive direction, while an arrow pointing to the left indicates motion in the negative direction.
Time Intervals: Motion maps divide the object's motion into equal time intervals. Each interval represents a specific amount of time, such as one second or one minute. The object's position is marked at the end of each interval.
Symbols: Motion maps use symbols or dots to represent the object's position at different points in time. Each symbol represents where the object is located along its path.
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Verbal Representation
Accuracy and Details: Verbal representations aim to be accurate and provide specific details about the motion or phenomenon. It involves sharing relevant information such as distances, speeds, directions, and any other important factors that contribute to the understanding of the subject.
Step-by-Step Description: Verbal representations break down the motion or phenomenon into steps or stages and describe them one by one. This helps in providing a clear and organized explanation.
Clear Language: Verbal representations use clear and understandable language to describe motion or phenomena. It involves using simple words and phrases that everyone can easily understand.
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Next-x
The initial position is often represented as the "zero" or "starting" point in a coordinate system, serving as a baseline for measuring distances or locations.
Reference Point: next-x serves as a reference or a point of comparison for measuring the object's position or movement.
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Position-Time Graph
Steepness: The steepness of the graph shows the object's speed. A steeper graph means the object is moving at a higher speed, while a flatter graph means it's moving at a lower speed. Constant steepness indicates a constant speed.
Area: The area under the graph represents the object's displacement. If the graph is a straight line, you can find the displacement by multiplying the average velocity (slope) by the time interval. For curved graphs, you can estimate the displacement by dividing the graph into smaller sections and calculating the area under each section.
Slope: The slope of a position-time graph tells you how fast an object is moving. A steeper slope means the object is moving faster, while a shallower slope means it's moving slower. A horizontal line indicates no motion (zero velocity).
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