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) = ti+t2j. Show that r(t) is a smooth vector-valued function but the change
of parameter t = 73 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.
2. Calculate the gradient vector Vf of the function f (x, y) = x² – x + y - x²y - 2y2 at
the point (2,1) and sketch it on the attached contour plot (you can save the picture, open
in photo editor and use drawing tools).
Explain in one paragraph (about 200-300 words) the meaning of the gradient vector
Vf(2,1), negative gradient vector -Vf(2,1).
Find an analytic function (or functions) if
2
Ref(z) = x²= y² + 2x
and fli) = 2i - 1
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