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Title: Bart uses an old cigarette lighter that has become unreliable. It usually takes Post by: Jermain_ on Mar 8, 2014 Bart uses an old cigarette lighter that has become unreliable. It usually takes from one to 10 flicks to make it work. When the lighter is out of fluid, it will not work at all. By the time that Bart figures out the problem, he has tried flicking it 15 to 20 times. This situation illustrates the principle that
A) fixed-reinforcement schedules will produce the fastest performance. B) intermittent-reinforcement schedules will aid prior learning. C) interval-reinforcement schedules will produce the fastest performance. D) variable-reinforcement schedules will produce the greatest persistence. Title: Re: Bart uses an old cigarette lighter that has become unreliable. It usually takes Post by: ThePsychic on Jun 26, 2014 Content hidden
Title: Re: Bart uses an old cigarette lighter that has become unreliable. It usually takes Post by: Jermain_ on Jul 2, 2014 Thanks so much, answers my question perfectly.
Title: Re: Bart uses an old cigarette lighter that has become unreliable. It usually takes Post by: MaximoBehr on Jul 7, 2014 Bart uses an old cigarette lighter that has become unreliable. It usually takes from one to 10 flicks to make it work. When the lighter is out of fluid, it will not work at all. By the time that Bart figures out the problem, he has tried flicking it 15 to 20 times. This situation illustrates the principle that Well the lighter is not good at all.. I have used it personally and its performance is close to poor..A) fixed-reinforcement schedules will produce the fastest performance. B) intermittent-reinforcement schedules will aid prior learning. C) interval-reinforcement schedules will produce the fastest performance. D) variable-reinforcement schedules will produce the greatest persistence. |