h (a) Sketch the graph of r t = t i + t 2 j . Show that r t is a smooth vector -valued function but the change of parameter t = τ 3 produces a vector-valued function that is not smooth, yet has the same graph as r t . (b) Examine how the two vector-valued functions are traced, and see if you can explain what causes the problem.
h (a) Sketch the graph of r t = t i + t 2 j . Show that r t is a smooth vector -valued function but the change of parameter t = τ 3 produces a vector-valued function that is not smooth, yet has the same graph as r t . (b) Examine how the two vector-valued functions are traced, and see if you can explain what causes the problem.
(a) Sketch the graph of
r
t
=
t
i
+
t
2
j
.
Show that
r
t
is a smooth vector-valued function but
the change of parameter
t
=
τ
3
produces a vector-valued function that is not smooth, yet
has the same graph as
r
t
.
(b) Examine how the two vector-valued functions are traced, and see if you can explain what
causes the problem.
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
find the zeros of the function algebraically:
f(x) = 9x2 - 3x - 2
Rylee's car is stuck in the mud. Roman and Shanice come along in a truck to help pull her out. They attach
one end of a tow strap to the front of the car and the other end to the truck's trailer hitch, and the truck
starts to pull. Meanwhile, Roman and Shanice get behind the car and push. The truck generates a
horizontal force of 377 lb on the car. Roman and Shanice are pushing at a slight upward angle and generate
a force of 119 lb on the car. These forces can be represented by vectors, as shown in the figure below. The
angle between these vectors is 20.2°. Find the resultant force (the vector sum), then give its magnitude
and its direction angle from the positive x-axis.
119 lb
20.2°
377 lb
Chapter 12 Solutions
Calculus Early Transcendentals, Binder Ready Version
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