I only see Problem 1 and 13 that ask if the linear approximation estimate is overestimate or underestimate. This is an important type of problem we ask. I think more questions of this type would help. Also in both problems 1 and 13 the interval (a,x) is not given. On the written homework and exam we are asked to give the interval at which the second derivative is positive or negative so this interval is good to be stated in the two problems. These are the parts asking about overestimate or underestimate in each problem:
Problem 1:
See linearApproximation/exercises/linearApproximation1.tex
Problem 1: https://ximera.osu.edu/mooculus/linearApproximation/exercises/exerciseList/linearApproximation/exercises/linearApproximation1 Problem 13: https://ximera.osu.edu/mooculus/linearApproximation/exercises/exerciseList/linearApproximation/exercises/LinearApproximations6
I only see Problem 1 and 13 that ask if the linear approximation estimate is overestimate or underestimate. This is an important type of problem we ask. I think more questions of this type would help. Also in both problems 1 and 13 the interval (a,x) is not given. On the written homework and exam we are asked to give the interval at which the second derivative is positive or negative so this interval is good to be stated in the two problems. These are the parts asking about overestimate or underestimate in each problem: Problem 1:
Problem 13: