D Suppose that Sue runs faster than Kathy throughout a 1500-meter race. What is the physical meaning of the area between their velocity curves for the first minute of the race? Question 2 Make a sketch to show a case in which the area bounded by two curves is most easily found by integrating with respect to y. Clearly label your graph and justify your solution using complete sentences.

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Suppose that Sue runs faster than Kathy throughout a 1500-meter race. What is the physical meaning of the area between their velocity curves for the first minute of the race?
Question 2
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Make a sketch to show a case in which the area bounded by two curves is most easily found by integrating with respect to y. Clearly label your graph and justify your solution using complete sentences.
Transcribed Image Text:Suppose that Sue runs faster than Kathy throughout a 1500-meter race. What is the physical meaning of the area between their velocity curves for the first minute of the race? Question 2 || Make a sketch to show a case in which the area bounded by two curves is most easily found by integrating with respect to y. Clearly label your graph and justify your solution using complete sentences.
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