For problems #1 through #4, consider the following data about patients seen daily in a pediatrics office during randomly selected days.

1. 30
2. 31
3. 32
4. 34
5. 38
6. 38
7. 38
8. 40
9. 40
10. 41
11. 42
12. 42
13. 45
14. 49
15. 50
16. 51
17. 56

Compute themean.

1. a.43
2. b.none of these answers
3. c.44
4. d.41
5. e.42
6. f.40

For problems #1 through #4, consider the following data about patients seen daily in a pediatrics office during randomly selected days.

1. 30
2. 31
3. 32
4. 34
5. 38
6. 38
7. 38
8. 40
9. 40
10. 41
11. 42
12. 42
13. 45
14. 49
15. 50
16. 51
17. 56

Compute themedian.

1. a.None of these answers
2. b.41
3. c.40
4. d.42
5. e.38
6. f.39

For problems #1 through #4, consider the following data about patients seen daily in a pediatrics office during randomly selected days.

1. 30
2. 31
3. 32
4. 34
5. 38
6. 38
7. 38
8. 40
9. 40
10. 41
11. 42
12. 42
13. 45
14. 49
15. 50
16. 51
17. 56

Compute themode(s).

[COMMENTS & HINTS:Find all the response(s) thatcompletelyanswer the question.]

1. a.38
2. b.None of these answers
3. c.40
4. d.42
5. e.41
6. f.50

For problems #1 through #4, consider the following data about patients seen daily in a pediatrics office during randomly selected days.

30

31

32

34

38

38

38

40

40

41

42

42

45

49

50

51

56

Compute therange.

a.30

b.28

c.None of these answers

d.27

e.29

f.26

For problems #5 through #9, consider the following data about patients seen daily in a geriatrics office during randomly selected days.

1. 25
2. 26
3. 29
4. 29
5. 33
6. 39
7. 45
8. 45
9. 49
10. 60

Compute themean.[COMMENTS &HINTS:Report the answer precisely in numberform, without any insignificant digits.For example, if the answer is99, type only those digits, nothing more, withoutany extra spaces or explanations.]

Answer:

For problems #5 through #9, consider the following data about patients seen daily in a geriatrics office during randomly selected days.

1. 25
2. 26
3. 29
4. 29
5. 33
6. 39
7. 45
8. 45
9. 49
10. 60

Compute themedian.[COMMENTS &HINTS:Report the answer precisely in numberform, without any insignificant digits.For example, if the answer is99, type only those digits, nothing more, withoutany extra spaces or explanations.]

Answer:

For problems #5 through #9, consider the following data about patients seen daily in a geriatrics office during randomly selected days.

1. 25
2. 26
3. 29
4. 29
5. 33
6. 39
7. 45
8. 45
9. 49
10. 60

Determine themode(s), properly identifying the data set as which of the following: unimodal, bimodal, trimodal, or multimodal.

1. a.Theone modeis29.
2. b.There isnomode.
3. c.Thetwo modesare29and45.
4. d.Theone modeis37.
5. e.None of these answers
6. f.Theone modeis45.

For problems #5 through #9, consider the following data about patients seen daily in a geriatrics office during randomly selected days.

1. 25
2. 26
3. 29
4. 29
5. 33
6. 39
7. 45
8. 45
9. 49
10. 60

Determine themode(s), properly identifying the data set as which of the following: unimodal, bimodal, trimodal, or multimodal.Select the most appropriate response(s).

1. a.The data set is unimodal.
2. b.None of these answers
3. c.The data set is bimodal.
4. d.The data set hasnomode.
5. e.The data set is trimodal.
6. f.The data set is multimodal, having more than three modes.

For problems #5 through #9, consider the following data about patients seen daily in a geriatrics office during randomly selected days.

1. 25
2. 26
3. 29
4. 29
5. 33
6. 39
7. 45
8. 45
9. 49
10. 60

Compute therange.[COMMENTS &HINTS:Report the answer precisely in numberform, without any insignificant digits.For example, if the answer is99, type only those digits, nothing more, withoutany extra spaces or explanations.]

Answer: