A bicyclist pedals along a straight road with velocity, v, given in the figure below. She starts 7 miles from a lake; positive velocities take her away from the lake and negative velocities take her toward the lake.
When is the cyclist farthest from the lake?
t = 1 hours (i got this part)
Approximately how far away is she at this time? Give a best estimate. (Round your answer to the nearest whole number.)
MIT 18.01 Single Variable Calculus (OCW)
Stacey Warren - Expert brainly.com
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When she starts off, she's going toward the lake (v<0).
Her actual displacement from the starting point is the area between the graph and the x-axis with areas below the axis negative (closer to the lake).
Each division on the x-axis is 1/6 hr. You have to estimate the area in each interval.
yeah I know that my estimate was 77 miles and i was wrong. what would your estimate be?
I get 18.
77 is not reasonable because even if she pedaled at 30 mph for a whole hour she'd only go 30 miles.
Each grid square represents 10/6 miles.