Homework for Chapter 2
Exercise 1: Find the domain of each of the following functions
Code to generate graph paper
1. y =
\vfill
2. y =
\vfill
3. y =
\vfill
4. y =
\vfill
5. y =
\vfill
6. y =
\vfill
7. y =
(r, h are positive constants)
\vfill
8. y =
\vfill\newpage
9. y =
\vfill
10. y =
\vfill
11. y =
\vfill
Starting with the graph of
, the graph of
, and the graph of
(the upper unit semicircle), sketch the graph of each of the following functions:
12. y =
\newpage
13. y =
\vfill
14. y =
\newpage
15. y =
\vfill
16. y =
\vfill\newpage
17. y =
\vfill
18. y =
\vfill\newpage
19. y =
\vfill
20. y =
\vfill\newpage
21. y =
\vfill
22. y =
\vfill\newpage
23. y =
\newpage
In questions 24--30, y = f(x) is given by the following graph:
code for graph
Using that graph, sketch the following:
24. y = f(x-1)
\vfill\newpage
25. y = 1+f(x+2)
\vfill
26. y =
\vfill\newpage
27. y =
\vfill
28. y =
\vfill\newpage
29. y =
\vfill
30. y =
\vfill\newpage
Exercise 2 : Graphs of standard elementary functions
i) the function which the graph illustrates,
ii) the axes (x and y),
iii) the location of roots,
iv) asymptotes
1. f(x) =
\newpage
2. f(x) =
\vfill
3. f(x) =
\vfill\newpage
4. f(x) =
\vfill
5. f(x) =
\vfill\newpage
6.
\vfill
7.
\vfill\newpage
8. f(x) = x
\vfill
9.
\vfill\newpage
10.
\vfill
11.
\vfill\newpage
12.
\vfill
13.
\vfill\newpage
14.
\vfill
15.
\vfill\newpage
16.
\vfill
17.
\vfill\newpage
18.
.