Effects of motivating operations on problem and academic behavior in classrooms.

Rispoli et al. (2011) worked with students with autism in a classroom.

Before class started the kids got two-minute access to toys or snacks that usually made them act out.

The team then watched whether problem behavior dropped and school work rose during the lesson.

Problem behavior stayed low when kids had the quick presession play or bite.

At the same time the students spent more time writing, reading, or answering the teacher.

Both changes happened right away and lasted across days.

Fullana et al. (2007) saw mixed results when they used a high-probability request sequence with preschoolers. Only one of three children complied more; the other two needed extra extinction. The difference is clear: Mandy gave free access to the actual reinforcer, while A et al. asked kids to do easy tasks first. Free access beats a task queue when the item is what drives the problem.

Waldron et al. (2023) later showed that a teacher-run high-p sequence can work for young autistic students if you also add reinforcement for finishing. Their data extend Mandy’s finding: antecedent moves help, but make sure the payoff still follows the work.

Bailey et al. (1970) used home-based reinforcers delivered through a daily report card. Like Mandy, they arranged reward before the kid entered the classroom. Both studies show that front-loading reinforcement cuts later trouble, whether the reward comes from parents or from a quick nibble of cookie.

You can shrink problem behavior and lift engagement in under five minutes. Identify the item that usually fuels the acting out. Hand it to the student for two minutes before the lesson starts. Take it away, then teach. This simple antecedent trick can replace long extinction sessions and keeps the whole class on track.