Subjects in Tx1 will do just as well as Tx2 and both will do better than Cx. With a mmd=3.6, what would you conclude from these results?

mean Cx Tx1 Tx2

Cx 13.6

Tx1 19.5 5.9

Tx2 18.4 4.8 1.1

a. partial support, because Tx1 does better than Tx2 but both do better than Cx.

b. full support

c. no support

d. partial support, because Tx1 does just as well as Tx2 but Cx does better than both.

Subjects in Tx1 will do better than Tx2 and Tx2 will do better than Cx. With a mmd=15.1, what would you conclude from these results?

mean Cx Tx1 Tx2

Cx 30.4

Tx1 55.3 24.9

Tx2 42.6 19.2 12.7

a. no support

b. full support

c. partial support, because Tx1 does better than Tx2 but Cx also does better than Tx2 and equally as well as Tx1.

d. partial support, because Tx2 does just as well as Tx1, and both do better than Cx.

Subjects in Tx1 will do better than Cx, but Tx2 will do just as well as Cx. With a mmd=5.8, what would you conclude from these results?

mean Cx Tx1 Tx2

Cx 41.3

Tx1 53.1 11.8

Tx2 47.8 6.5 5.3

a. partial support because Tx1 and Tx2 do equally as well and both do better than Cx.

b. no support

c. partial support because Tx1 does better than Cx, but Tx2 also does better than Cx.

d. full support

Subjects in Tx1 will do better than Cx, but Tx2 will do just as well as Cx. With a mmd=5.1, what would you conclude from these results?

mean Cx Tx1 Tx2

Cx 49.3

Tx1 52.1 2.8

Tx2 47.8 1.5 4.3

a. partial support, because Tx1 does better than Cx, and Cx does better than Tx2.

b. partial support, because Tx1 does equally as well as Cx and Tx2 does better than both.

c. full support

d. no support

Subjects in Tx1 will do just as well at Tx2 and both will do better than Cx. With a mmd=10.8, what would you conclude from these results?

mean Cx Tx1 Tx2

Cx 23.6

Tx1 9.5 14.1

Tx2 10.2 13.4 0.7

a. partial support, because Tx1 does better than Tx2 but both do better than Cx.

b. no support

c.. full support

d. partial support, because Tx1 does just as well as Tx2 but Cx does better than both.

The predicted pattern of results is Cx = Tx1 < Tx2. Pick all that accurately convey this hypothesis.

a. Tx1 greater than Tx2

b. Tx2 equal to Cx

c. Tx1 equal to Cx

d. Tx2 greater than Cx

e. Tx1 equal to Tx2

f. Tx2 less than Cx

g. Tx1 less than Cx

h. Tx1 less than Tx2

i. Tx1 greater than Cx

Those in Tx2 will perform better than those in Tx1 and Tx1 will perform better than those in Cx. Pick all that accurately convey this hypothesis.

a. Tx2 greater than Cx

b. Tx1 greater than Cx

c. Tx2 less than Cx

d. Tx1 less than Tx2

e. Tx2 equal to Cx

f. Tx1 less than Cx

g. Tx1 equal to Cx

h. Tx1 equal to Tx2

i. Tx1 greater than Tx2

Predicted pattern of results is Tx1 is intermediate and Tx2 does best. Pick all that accurately convey this hypothesis.

a. Tx2 greater than Cx

b. Tx1 equal to Cx

c. Tx2 equal to Cx

d. Tx1 greater than Cx

e. Tx1 less than Tx2

f. Tx1 less than Cx

g. Tx1 equal to Tx2

h. Tx1 greater than Tx2

i. Tx2 less than Cx

Those in Tx1 will perform just as well as those in Cx, while those in Tx2 actually perform the best. Pick all that accurately convey this hypothesis.

a. Tx1 equal to Cx

b. Tx2 greater than Cx

c. Tx1 greater than Cx

d. Tx2 equal to Cx

e. Tx1 greater than Tx2

f. Tx1 less than Cx

g. Tx1 less than Tx2

h. Tx2 less than Cx

i. Tx1 equal to Tx2

The predicted pattern of results is Cx < Tx1 < Tx2. Pick all that accurately convey this hypothesis.

a. Tx1 less than Tx2

b. Tx1 greater than Cx

c. Tx1 equal to Cx

d.Tx1 less than Cx

e. Tx2 equal to Cx

f. Tx2 greater than Cx

g. Tx1 greater than Tx2

h. Tx2 less than Cx

i. Tx1 equal to Tx2