Description
In Problems 1–3, your answer should include the following points:
1. The domain of the function
2. y-intercept if any, x-intercepts when they are easy to compute
3. Horizontal asymptotes
4. Vertical asymptotes
5. Analysis of the first derivative (intervals where the function is increasing or decreasing,
local minima or maxima)
6. Analysis of the second derivative (intervals where the function is concave up or concavedown, points of inflection)
Finally, sketch the function. Your drawing does not need to be to scale, but should show all
the qualitative features of the graph.
Problem 1
(6 points)
Sketch the graph of the function
f(x) = x
2
4−x2
Problem 2
(6 points)
Sketch the graph of the function
f(x) = − ln(x) + √
x
Problem 3
(6 points)
Sketch the graph of the function
f(x) = 2e
−4/x
Jacobs University of Bremen
S. Juricke Homework 6
Calculus and Linear Algebra
Due: October 20, 2021
Problem 4
(6 points)
A family wants to build a fenced-in area in their garden for their rabbits. Two sides of the
rectangular fencing will be given by a hedge. The family bought 50 m of fencing. What area
is the optimum for the rectangle such that the rabbits have the largest possible area in which
to graze?
Problem 5
(6 points)
Find the radius of the circle which minimizes the square of the distance of the circle centered
at the origin to the points (1, 0) and (−1, 1).