what type of motion is occurring when the slope of a velocity versus time graph is zero?
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What type of motion is occurring when the slope of a velocity vs. time graph is not zero? The type of motion occurring when the slope of a velocity vs. time graph is not zero is the object being measured was moved with an increasing/decreasing velocity away from/toward the sensor.
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What does the slope represent on a velocity graph? The slope of a velocity graph represents the acceleration of the object. So, the value of the slope at a particular time represents the acceleration of the object at that instant.
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The slope of a distance-time graph represents the speed of an object. The velocity of an object is its speed in a particular direction. The slope on a velocity-time graph represents the acceleration of an object.
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A considerable amount of information about the motion can be obtained by examining the slope of the various motion graphs. The slope of the graph of position as a function of time is equal to the velocity at that time, and the slope of the graph of velocity as a function of time is equal to the acceleration.
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It has been learned in this lesson that the area bounded by the line and the axes of a velocity-time graph is equal to the displacement of an object during that particular time period. ... Once calculated, this area represents the displacement of the object.
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The slope is representing the change in v over the change in time. By definition, this is the acceleration. Also more than just a gimmick, it's geometry's way of showing us how variables not only relate to one another, but how they can represent the rate of change between the variables.
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Lesson Summary time graph to calculate the displacement of an object in straight-line motion. The area between the graph line and the time axis equals the object's displacement over that time period. The displacement can be positive if the line is above the time axis or negative if the line is below the time axis.
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Its velocity is zero. Its acceleration is g (or -g, depending on the orientation of the vertical coordinate). The velocity and acceleration at the topmost point will be zero(0).
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The difference between them is that the velocity-time graph reveals the speed of an object (and whether it is slowing down or speeding up), while the position-time graph describes the motion of an object over a period of time.
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Note that a motion described as a changing, positive velocity results in a sloped line when plotted as a velocity-time graph. The slope of the line is positive, corresponding to the positive acceleration.
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It's possible for a body to have its velocity zero even if the acceleration is non zero. For example consider a swinging pendulum bob. ... This actually happens because acceleration is not velocity - but rate of change of velocity.
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For a body moving with constant velocity, the displacement time graph is a straight line inclined at any angle from the time axis.
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If the motion is in a straight line with constant speed, then acceleration is zero. But if the motion is circular with a constant speed, then the acceleration is never zero. This is because at every point, direction of motion is changing, hence its velocity is changing, therefore, resulting in an accelerated motion.
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Velocity time graph is the graph of velocity against time which shows how the velocity changes with respect to time. Slope of Displacement-time graph: The slope of a velocity-time graph would give the acceleration of the object.
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The area under a velocity graph represents the displacement of the object. To see why, consider the following graph of motion that shows an object maintaining a constant velocity of 6 meters per second for a time of 5 seconds.
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A velocity-time graph shows the speed and direction an object travels over a specific period of time. Velocity-time graphs are also called speed-time graphs. The vertical axis of a velocity-time graph is the velocity of the object.
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If the velocity was previously zero, and still is zero, then the acceleration is zero. If there was previously a non-zero velocity, but the velocity is now zero, then the acceleration is the change in velocity divided by the change in time.