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Identify by the data point shapes (circles, squares, or diamonds) which of the relationships above is linear, that is of the form y = mx.
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Identify by the data point shapes (circles, squares, or diamonds) which of the relationships above is quadratic (parabolic), that is of the form y = ax².
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Identify by the data point shapes (circles, squares, or diamonds) which of the relationships above is likely to be a square root, that is of the form
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Identify by the data point shapes (circles, squares, or diamonds) which of the relationships above best represents a falling ball.
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Determine the slope for the linear relationship in the graph above.
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Determine the acceleration for the linear relationship in the graph above.
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In laboratory four a blue marble went a distance of 30.0 centimeters in 0.60 seconds.
What is the velocity v for the marble?
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In laboratory four a 5.00 gram blue marble went a distance of 30 centimeters in 0.6 seconds.
What is the momentum P for the marble?
____________________ The blue marble in the problem above hits a white marble sitting on a ruler "marble" track. After the collision the blue marble has a momentum P of 75 g cm/s. What is the momemtum P of the white marble?