For time, 1, in hours, 0 ≤ ≤ 1, a bug is crawling at a velocity, u, in meters/hour given by V= 11. Use At = 0.2 to estimate the distance that the bug crawls during this hour. Find an overestimate and an underestimate. Then average the two to get a new estimate. Round your estimates to two decimal places. The upper estimate of the distance traveled is i The lower estimate of the distance traveled is i The average of the estimates is i meters. meters. meters.

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For time, 1, in hours, 0 ≤ 1 ≤ 1, a bug is crawling at a velocity, u, in meters/hour given by
Use At = 0.2 to estimate the distance that the bug crawls during this hour. Find an overestimate and an underestimate. Then average
the two to get a new estimate.
Round your estimates to two decimal places.
The upper estimate of the distance traveled is
i
The lower estimate of the distance traveled is i
V=
The average of the estimates is i
meters.
meters.
meters.
Transcribed Image Text:For time, 1, in hours, 0 ≤ 1 ≤ 1, a bug is crawling at a velocity, u, in meters/hour given by Use At = 0.2 to estimate the distance that the bug crawls during this hour. Find an overestimate and an underestimate. Then average the two to get a new estimate. Round your estimates to two decimal places. The upper estimate of the distance traveled is i The lower estimate of the distance traveled is i V= The average of the estimates is i meters. meters. meters.
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