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.
Let a = (-1, -2, -3) and 6 = (-4, 0, 1).
Find the component of b onto a.
Forces of 9 pounds and 15 pounds act on each other with an angle of 72°.
The magnitude of the resultant force
The resultant force has an angle of
pounds.
* with the 9 pound force.
The resultant force has an angle of
with the 15 pound force.
It is best to calculate each angle separately and check by seeing if they add to 72°.
=
Let (6,2,-5) and = (5,4, -6).
Compute the following:
บี.บี.
บี. นี =
2
−4(u. v) =
(-4). v=
ū. (-40)
(ū. v) v =
University Calculus: Early Transcendentals (4th Edition)
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