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1. Partial Interval 90% off task
2. MTS: 36% raised hand
3. Frequency 25 times hit the printer
4. duration 35 seconds of 105 seconds off task

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1. Partial Interval Recording: 85% off task
2. MTS: 40%
3. Frequency: 26 times
4. Duration Data Recording: 45 s

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Partial Interventions (off task): 90%
MTS (raising hand): 36%
Frequency Data: 29%
Durations Data Recording ( Secs off task): 48 secs

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Frequency: 23 instances
Duration: 73 sec off task
Partial: 81% off task
MTS: 36% occurrences of hand raising

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1. MTS: 36% raising hand
2. Frequency: 25 times
3. Duration: 61 seconds off task
4. Partial Interval: 90% off task

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1. Partial Interval recording- 90%
2. MTS:36%
3. Frequency- 27 times
4. Duration: 43 seconds

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Duration Data Recording: 48 seconds of task
Partial Interval Recording: 90% off task
MTS: 36% off task
Frequency Data: 26 times

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Data Duration: 75 seconds off task
Frequency: 25 times
Partial Interval Recording: 90% off task
MTS: 36% raising hand

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Frequency Data: 26 times
MTS: 46%
PTR: 90%
DDR: 32 seconds

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1. Partial Interval Recording: 90% Off-Task
2. Momentary Time Sampling: 37% Raising Hand
3. Frequency Data: 25 Times
4. Duration Data Recording: 47 Seconds Off-Task

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1. Partial Interval Recording: 85% off task
2. Monetary Time Sampling: 36% raising hand
3. Frequency Data: 24 times
4. Duration Data Recording: 57 seconds

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Partial Interval: 85% off task
Momentary Time Sampling: 37% hand raising
Frequency: 25 times
Duration: 36 seconds off task

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Partial: 90%
MTS: 35%
Frequency: 26
Duration: 43 seconds

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1. Partial Interval Recording: 85% off-task
2. MTS: 42%
3. Frequency Data: 25 times
4. Duration Data: 51 seconds off-task

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1. Partial: 85% off task
2.Mts: 40% raise hand
3. Frequency 26 times
4. Duration: 45 seconds off task

# data[].attributes.body
1. Partial: 85% off task
2. Momentary: 35%
3. Frequency: 25 times
4. Duration: 52 seconds off task

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1. Partial Interval Recording: 85% off task
2. Momentary Time Sampling: 35% raising hand
3. Frequency Data: 26 hits
4. Duration Data Recording: 30 seconds off task

# data[].attributes.body
1. Partial Interval: 90% off task
2. Momentary Time Sampling: 35% raising hand
3. Frequency Data: 26 times
4. Duration Data Recording: 55 seconds off task

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1. Partial Interval Recording: 85% off task
2. Momentary Time Sampling: 33% hand raised
3. Frequency Data: 28 times
4. Duration Data Recording: 85 seconds off task

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1. Partial Interval Recording: 85%
2. MTS: 36% raising hand
3. Frequency: 27 times
4. Duration: 52 seconds off task

# data[].attributes.body
1. Partial Interval: 85% off task
2. Momentary time sampling: 37% raising hand
3. Frequency Data: 25 times
4. Duration Data Recording: 45 seconds off task

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Partial interval: 90% off task
Momentary time: 37% raising hand
Frequency: 26 times
Duration: 61 seconds off task

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1. Partial Interval Recording: 90% Off Task
2. Momentary Time Sampling: Raised Hand 36%
3. Frequency Data: 26 Occurrences
4. Duration:  40 Seconds Off Task

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1. Partial Interval Recording: 90% off task
2. MTS: 37%
3. Frequency: 27 times
4: Duration Data Recording: 38 seconds

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1. Partial Interval Recording: 90% off task
2. MTS: 36% raising hand
3. Frequency: 25 times
4. Duration Data Recording: 45 seconds off task

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1. Partial Interval Recording: 90% off task
2. MTS: 35%
3. Frequency: 25 times
4. Duration: 46 seconds off task.

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1. Partial Interval Recording: 85% off task
2. MTS: 42% raising hand
3. Frequency: 26 times
4. Duration Data Recording: 48 seconds

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1. Partial Interval Recording: 90% off-task
2. MTS: 37%
3. Frequency: 27 hits
4. 105 seconds, if "doing work" means physically writing things and doing the assignment.

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Partial: 90%
MTS: 35%
Frequency: 26 times
Duration: 41 seconds

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Partial Interval Recording: 90% off task
Momentary Time Sampling: 33%
Frequency Data: 29 times
Duration Data Recording: 54 seconds off task

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Partial Interval: 80% off task
MTS: 35% raising hand
Frequency: 25 times
duration 43 seconds off task

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1. Partial Interval: 80% off task
2. MTS: 42% raising hand
3. Frequency: 26
4. Duration: 40 seconds off task

# data[].attributes.body
1. Partial Interval Recording: 90% off task
2. MTS: 36% raising hand
3. Frequency: 25 times
4. Duration Data Recording: 52 seconds off task

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Partial Interval Recording: 90% off task
Momentary Time Sampling: 36% raising hand
Frequency Data: 25 times
Duration Data Recording: 47 seconds off task

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1. Partial Interval Recording: off task = 90%
2. Momentary Time Sampling: 37% raising hand
3. Frequency Data: 25
4. Duration Data Recording: 45 seconds off task

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1. Partial Interval Recording: 90% off task
2. MTS: 36% raising hand
3. Frequency: 27 times hit
4. Duration: 77 seconds off task

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1. Partial Interval Recording: 90% off task
2. Momentary Time Sampling: 32% raising hand
3. Frequency Data: 26 times
4. Duration Data Recording: 75 seconds off task

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For this video the task is silent reading. Off task behavior is defined as engagement in any task unrelated to the expected instructional task (silent reading) that lasts for more than 2 seconds. For this one I want you to start your intervals right at the beginning at time stamp 0:00. In the video they say "3,2,1 start" but I want you to ignore that and simply start interval 1 at 0:00. For intervals spacing, I want you to use 20s intervals. Start the data recording at 0:00 and go to 7:00. Then calculate your % of intervals in which the person is off task.

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Time Sampling -- On-Task and Disruptive Behavior

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For MTS we sample, at pre-determined points of time, whether a behavior occurs or does not occur. This will allow us to calculate a % of intervals for which a behavior has occurred. For this video I want you to use a very fast/frequent MTS interval of 10s.

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Practice with Time Sampling -- Hand Raising

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This one should be the easiest of them all right? I want you to count how many times the cat hits the printer. No sound needed for this (and probably better without sound tbh). In this one minute video, count how many times the cat "hits" the printer. And for the purposes of this exercise the paper tray hanging from the printer counts as the printer as well.

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Cat Vs Printer (with the original sound)

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For this clip (time stamp 2:48-4:33) they give us an operational definition but it is not very specific at all. But it also shows how off-task behavior can be very hard to capture. How many of the 105 seconds of this clip do you think this person is off task according to their own "operational definition"?