Answer:
6
Step-by-step explanation:
Given,
...(i)
Differentiating w.r. to x.

From equation (1)

Now, at the point (1,3)


Answer:
angles 2 and 10 are corresponding Angles while angles 6 and 11 are alternate Angles
Answer:
6.666666666666... minutes per mile
Z+5 that's it sorry had to put at least 20 characters so good luck. To clarify, it is z+5