Advanced Placement Calculus 2016 Graphical Numerical Algebraic Fifth Edition Student Edition
5th Edition
ISBN: 9780133311617
Author: Prentice Hall
Publisher: Prentice Hall
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Students have asked these similar questions
A car travels in a straight line for 1 hour. Its velocity v in miles per hour at six-minute intervals is shown in the table. (a) Produce a reasonable graph of the velocity function v by graphing these points and connecting them with a smooth curve. (b) Find the open intervals over which the acceleration a is positive. (c) Find the average acceleration of the car (in miles per hour per hour) over the interval [0, 0.4]. (d) Approximate the acceleration at t = 0.8.
Assume for this problem that
the depth of the water at the Edmonds Pier is a sinusoidal function of time.
A low tide of 5 feet occurs at 2:00am and a high tide of 21 feet occurs at
8:00am.
(a) Use Desmos to approximate the time(s) during a 24-hour period when
the water is falling at the rate of 2 ft/hr. Include a screen shot and explain
your method.
(b) Find all times during a 24-hour period when the water is falling at
the rate of 2 ft/hour. Do not use a calculator. Give exact times.
(c) Then, at the very end, ues a calculator to give the clock time(s),
correct to the nearest minute. Compare with your estimate(s) from Desmos.
The acceleration (in ft/s2) of an object moving
along a straight line is given by
a(t) = 3t
Find the change of the objects's velocity over
the time interval [10, 24].
?
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