1. Composition & Inverses Review

2. For any two functions,
True
False

3. For any two functions,
True
False

4. For the functions, ,
True
False

5. For the functions, ,
True
False

6. For the functions, find 3 6 7 9
[Default]
[MC Any]
[MC All]

7. For the functions, find 3 6 7 9
[Default]
[MC Any]
[MC All]

8. For the functions, find 4 6 7 9
[Default]
[MC Any]
[MC All]

9. For the functions, find 4 6 7 9
[Default]
[MC Any]
[MC All]

10. For the functions, find 3 5 6 16
[Default]
[MC Any]
[MC All]

11. For the functions, find 3 5 6 16
[Default]
[MC Any]
[MC All]

12. For the functions, find
[Default]
[MC Any]
[MC All]

13. For the functions, find
[Default]
[MC Any]
[MC All]

14. For the functions, find
[Default]
[MC Any]
[MC All]

15. For the functions, find
[Default]
[MC Any]
[MC All]

16. The functions in the diagram below are inverses.
True
False

17. The functions in the diagram below are inverses.
True
False

18. The functions in the diagram below are inverses.
True
False

19. The functions in the diagram below are inverses.
True
False

20. The functions in the diagram below are inverses.
True
False

21. The functions in the diagram below are inverses.
True
False

22. The functions in the diagram below are inverses.
True
False

23. The functions in the diagram below are inverses.
True
False

24. The functions, are inverses.
True
False

25. The functions, are inverses.
True
False

26. Every function has an inverse function.
True
False

27. Every function has an inverse function.
True
False

28. The inverse of {(2, —3), (1, 0), (—5 , 6)} is {(—3, 2), (0, 1), (6, —5)}.
True
False

29. The inverse of {(2, —3), (1, 0), (—5 , 6)} is {(—3, 2), (0, 1), (6, —5)}.
True
False

30. The functions, are inverses.
True
False

31. The functions, are inverses.
True
False