new drug that is used to treat leukemia Statistic assignment, homework help

1. 
There is
a new drug that is used to treat leukemia. The following data represents the
remission time in weeks for a random sample of 21 patients using the drug.

10

7

32

23

22

6

16

11

20

19

6

17

35

6

10

34

32

25

13

9

6

Let X be a random variable representing the remission time in
weeks for all patients using the new drug. Assume that the distribution of x is
normal. A previously used drug treatment has a mean remission time of 12.5
weeks. Does the data indicate that the mean remission time using the new drug
is different from 12.5 week at a level of significance of 0.01?

State the null hypothesis:

A.  µ=12.5

B.  µ≠12.5

C.  µ<12.5

D.  µ>12.5

Answer: 
Choose an item.

State the alternative hypothesis:

A.  µ=12.5

B.  µ≠12.5

C.  µ<12.5

D.  µ>12.5

Answer: 
Choose an item.

Let X be a random variable representing the remission
time in weeks for all patients using the new drug. Assume that the
distribution of x is normal. A previously used drug treatment has a mean
remission time of 12.5 weeks. Does the data indicate that the mean
remission time using the new drug is different from 12.5 week at a level of
significance of 0.01?

State
the level of significance:

A.  0.001

B.  0.01

C.  0.05

D.  0.10

Answer: 
Choose an item.

Let X be a random variable representing the remission
time in weeks for all patients using the new drug. Assume that the
distribution of x is normal. A previously used drug treatment has a mean
remission time of 12.5 weeks. Does the data indicate that the mean
remission time using the new drug is different from 12.5 week at a level of
significance of 0.01?

State
the test statistic:

A.  0.058

B.  0.552

C.  1.058

D.  2.106

Answer: 
Choose an item.

Perform
calculations

Please write down your solutions or copy
and paste your Excel output here:

Then answer the following two questions:

Critical value:

A. 
0.050

B. 
1.960

C. 
2.086

D. 
2.845

Answer: 
Choose an item.

P-value:

A. 
p <0.001

B. 
0.001 ≤ p <0.01

C. 
0.01 ≤
p <0.05

D. 
0.05  ≤
p

Answer: 
Choose an item.

Statistical Conclusion

A.  Reject the null hypothesis

B.  Do not reject the null hypothesis

Answer: 
Choose an item.

Experimental Conclusion

A.  There
is sufficient evidence to conclude that the mean remission time using the new
drug is different from 12.5 week at a level of significance of 0.01.

B.  There
is no sufficient evidence to conclude that the mean remission time using the
new drug is different from 12.5 week at a level of significance of 0.01.

Answer: 
Choose an item.

2. 
We
wish to test the claim that the mean body mass index (BMI) of men is equal to
the mean BMI of women.  Use the data below
to test this claim.

Men

Women

20

29

37

28

46

20

23

28

20

42

23

45

21

19

15

45

20

16

28

32

27

38

20

45

30

41

22

34

27

28

38

21

29

42

20

21

16

30

27

28

42

30

37

43

39

40

39

16

32

44

16

15

21

16

26

20

17

41

39

16

State
the Null Hypothesis

A.  μ1 = μ2

B.  μ1 ≠ μ2

C.  μ1 > μ2

D.  μ1 < μ2

Where μ1 and μ2 are the mean body mass
index for men and women, respectively.

Answer: 
Choose an item.

State the alternative hypothesis:

A.  μ1 = μ2

B.  μ1 ≠ μ2

C.  μ1 > μ2

D.  μ1 < μ2

Answer: 
Choose an item.

State
the Level of significance

State the level of significance:

A.  0.001

B.  0.01

C.  0.05

D.  0.10

Answer: 
Choose an item.

State the test statistic (its absolute value, for example the
absolute value of -1.5 is 1.5):

A.  0.058

B.  0.515

C.  1.273

D.  2.108

Answer: 
Choose an item.

Perform
calculations

Please write down your solutions or copy
and paste your Excel output here:

Then answer the following two questions:

Critical value:

A. 
0.050

B. 
1.960

C. 
2.002

D. 
2.045

Answer: 
Choose an item.

P-value:

A. 
p <0.001

B. 
0.001 ≤ p <0.01

C. 
0.01 
≤ p <0.05

D. 
0.05 
≤ p

Answer: 
Choose an item.

Statistical Conclusion

A.  Reject the null hypothesis

B.  Do not reject the null hypothesis

Answer: 
Choose an item.

Experimental Conclusion

There is sufficient
evidence to conclude that the mean body mass index (BMI) of mean is

"Our Prices Start at $11.99. As Our First Client, Use Coupon Code GET15 to claim 15% Discount This Month!!":

Get started