Filling a reservoir A reservoir with a capacity of 2500 m 3 is filled with a single inflow pipe. The reservoir is empty when the inflow pipe is opened at t = 0. Letting Q( t ) be the amount of water in the reservoir at time t , the flow rate of water into the reservoir (in m 3 /hr) oscillates on a 24-hr cycle (see figure) and is given by Q ′ ( t ) = 20 ( 1 + cos π t 12 ) . a. How much water flows into the reservoir in the first 2 hr? b. Find the function that gives the amount of water in the reservoir over the interval [0. t], where t ≥ 0. c. When is the reservoir full?
Filling a reservoir A reservoir with a capacity of 2500 m 3 is filled with a single inflow pipe. The reservoir is empty when the inflow pipe is opened at t = 0. Letting Q( t ) be the amount of water in the reservoir at time t , the flow rate of water into the reservoir (in m 3 /hr) oscillates on a 24-hr cycle (see figure) and is given by Q ′ ( t ) = 20 ( 1 + cos π t 12 ) . a. How much water flows into the reservoir in the first 2 hr? b. Find the function that gives the amount of water in the reservoir over the interval [0. t], where t ≥ 0. c. When is the reservoir full?
Filling a reservoir A reservoir with a capacity of 2500 m3 is filled with a single inflow pipe. The reservoir is empty when the inflow pipe is opened at t = 0. Letting Q(t) be the amount of water in the reservoir at time t, the flow rate of water into the reservoir (in m3/hr) oscillates on a 24-hr cycle (see figure) and is given by
Q
′
(
t
)
=
20
(
1
+
cos
π
t
12
)
.
a. How much water flows into the reservoir in the first 2 hr?
b. Find the function that gives the amount of water in the reservoir over the interval [0. t], where t ≥ 0.
Precalculus: Concepts Through Functions, A Unit Circle Approach to Trigonometry (4th Edition)
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