You wanted to know if there was a relationship between depression and number of friends. You ran a Pearson correlation and found that r= .31

What is the probability of obtaining this r value if the variables are not truly correlated if N=19

Question 15 options:

	.05
	.20
	.19
	.31

Question 16

You wanted to know if there was a relationship between depression and number of friends. You ran a Pearson correlation and found that r= .31

If N=19, can you say that there is a significant relationship between depression and number of friends?

Question 16 options:

	no
	Not enough information to make a decision.
	yes

Question 17

You wanted to know if there was a relationship between depression and number of friends. You ran a Pearson correlation and found that r= .31

If N=82, what is the probability of obtaining this r value if there wasn't truly a relationship between the variables?

Question 17 options:

	.004
	.005
	.05
	Not enough information to make a decision.

Question 18

You wanted to know if there was a relationship between depression and number of friends. You ran a Pearson correlation and found that r= .31

If N=82, is this a significant correlation?

Question 18 options:

	Yes
	No
	Not enough information to decide

Question 19

You wanted to know if there was a relationship between depression and number of friends. You ran a Pearson correlation and found that r= -.81

If N=12, what is the probability of obtaining this r value if there wasn't truly a relationship between the variables?

Question 19 options:

	.00
	.001
	.05
	Not enough information to make a decision.

Question 20 (2 points)

You wanted to know if there was a relationship between depression and number of friends. You ran a Pearson correlation and found that r= -.81

If N=12, is this a significant correlation?

Question 20 options:

	Yes
	No
	Not enough information to decide