1. Go to this video, and queue it to 2:00 - https://www.youtube.com/watch?v=1BZM2Vre5oc . Starting at minute 2:00, watch for 90 seconds (until 3:30). a. Total count of jumps while jumping rope during this time is: b. Rate of jumping while jumping rope during this time is: c. Episodic duration for jumping while jumping rope during this time is: (You will have two figures.) d. Total duration for jumping while jumping rope during this time is: e. Interresponse time between episodes of jumping rope is: 2. From that same video, your instructor came up with the following figures. Using your figures, calculate interobserver agreement for each: a. Instructor’s count of jumps = 87 jumps; IOA = b. Instructor’s rate = (87 jumps / 90 seconds) = 0.97 jumps / second. IOA = c. Instructor’s episodic durations = 19 sec (first episode) and 20 sec (second episode). IOA figures (2 of them) are: d. Instructor’s total duration = 39 sec. IOA = e. Instructor’s IRT = 42 sec. IOA =
1. Go to this video, and queue it to 2:00 - https://www.youtube.com/watch?v=1BZM2Vre5oc . Starting at minute 2:00, watch for 90 seconds (until 3:30).
a. Total count of jumps while jumping rope during this time is:
b. Rate of jumping while jumping rope during this time is:
c. Episodic duration for jumping while jumping rope during this time is: (You will have two figures.)
d. Total duration for jumping while jumping rope during this time is:
e. Interresponse time between episodes of jumping rope is:
2. From that same video, your instructor came up with the following figures. Using your figures, calculate interobserver agreement for each:
a. Instructor’s count of jumps = 87 jumps; IOA =
b. Instructor’s rate = (87 jumps / 90 seconds) = 0.97 jumps / second. IOA =
c. Instructor’s episodic durations = 19 sec (first episode) and 20 sec (second episode). IOA figures (2 of them) are:
d. Instructor’s total duration = 39 sec. IOA = e. Instructor’s IRT = 42 sec. IOA =
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