Determinesthe directionof therelationshipMeasuretwovariablesParticipatein a surveyExtractinformationfrom theoriginalarchivesNot to testhow differentone variable isfrom anothervariableNot underthe controlof theresearchersNaturalisticobservationcommonmisuses is thata causalrelationshipexists betweenthe variablesTo measurethe quantityor amount ofsomethingDeterminesdirection ofrelationshipFoundationfor futureresearchWhen anexperimentis notpossible.3 Types ofCorrelationalmethoddeterminestrength ofrelationshipbetweenvariablesProvidedeeperinsight into aphenomenonObserve andrecord thevariable ofinterest inindividualsenvironment.NotmanipulatedNo harmto theparticipantIncreasedflexibilityCommonmisconception:correlationalresearch mustinvolve twoquantitativevariablesSolutionsto clinicalproblemsIt is non-experimentalCollectslargeamount ofdataCan becosteffectiveDeterminesthe directionof therelationshipMeasuretwovariablesParticipatein a surveyExtractinformationfrom theoriginalarchivesNot to testhow differentone variable isfrom anothervariableNot underthe controlof theresearchersNaturalisticobservationcommonmisuses is thata causalrelationshipexists betweenthe variablesTo measurethe quantityor amount ofsomethingDeterminesdirection ofrelationshipFoundationfor futureresearchWhen anexperimentis notpossible.3 Types ofCorrelationalmethoddeterminestrength ofrelationshipbetweenvariablesProvidedeeperinsight into aphenomenonObserve andrecord thevariable ofinterest inindividualsenvironment.NotmanipulatedNo harmto theparticipantIncreasedflexibilityCommonmisconception:correlationalresearch mustinvolve twoquantitativevariablesSolutionsto clinicalproblemsIt is non-experimentalCollectslargeamount ofdataCan becosteffective

Correlation Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
G
2
N
3
I
4
O
5
I
6
N
7
I
8
O
9
G
10
B
11
N
12
I
13
B
14
O
15
O
16
B
17
B
18
G
19
I
20
N
21
G
22
B
23
O
24
G
  1. G-Determines the direction of the relationship
  2. N-Measure two variables
  3. I-Participate in a survey
  4. O-Extract information from the original archives
  5. I-Not to test how different one variable is from another variable
  6. N-Not under the control of the researchers
  7. I-Naturalistic observation
  8. O-common misuses is that a causal relationship exists between the variables
  9. G-To measure the quantity or amount of something
  10. B-Determines direction of relationship
  11. N-Foundation for future research
  12. I-When an experiment is not possible.
  13. B-3 Types of Correlational method
  14. O-determine strength of relationship between variables
  15. O-Provide deeper insight into a phenomenon
  16. B-Observe and record the variable of interest in individuals environment.
  17. B-Not manipulated
  18. G-No harm to the participant
  19. I-Increased flexibility
  20. N-Common misconception: correlational research must involve two quantitative variables
  21. G-Solutions to clinical problems
  22. B-It is non-experimental
  23. O-Collects large amount of data
  24. G-Can be cost effective