Below is the graph of $y=\arctan x$ . We have the following data:
For $\int_{0}^{16} \arctan (x) d x$ , MID(50)= -12.40537 and TRAP(50)= -12.40041.
For $\int_{-10}^{0} \arctan (x) d x$ , MID(50)= 21.36379 and TRAP(50)= 21.35097.
Using this data alone, what is the best upper bound you can give for $\int_{-10}^{16} \arctan (x) d x$ ?

Question

Below is the graph of $y=\arctan x$ .  We have the following data:
For $\int_{0}^{16} \arctan (x) d x$ , MID(50)= -12.40537 and TRAP(50)= -12.40041.
For $\int_{-10}^{0} \arctan (x) d x$ , MID(50)= 21.36379 and TRAP(50)= 21.35097.
Using this data alone, what is the best upper bound you can give for $\int_{-10}^{16} \arctan (x) d x$ ?

Quizplus · Accepted Answer

The Answer of Below is the graph of $y=\arctan x$ .  We have the following data:
For $\int_{0}^{16} \arctan (x) d x$ , MID(50)= -12.40537 and TRAP(50)= -12.40041.
For $\int_{-10}^{0} \arctan (x) d x$ , MID(50)= 21.36379 and TRAP(50)= 21.35097.
Using this data alone, what is the best upper bound you can give for $\int_{-10}^{16} \arctan (x) d x$ ?

Below Is the Graph Of y=arctan⁡xy=\arctan xy=arctanx We Have the Following Data: For

Below Is the Graph Of $y=\arctan x$ We Have the Following Data:
For