In a functional analysis, what is the purpose of the control (play) condition?

In a functional analysis, what is the purpose of the control (play) condition?

• A. To provide a neutral baseline for comparison
• B. To punish the behavior
• C. To escalate problem behavior
• D. To measure generalization

Answer: (A)

The control (play) condition provides a neutral baseline for comparison in a functional analysis. In this condition, the individual has free access to attention and preferred items, and there are no specific contingencies tied to their behavior (no demands and no problem-behavior–dependent consequences). This setup yields data on how the person behaves when reinforcement is readily available but not contingent on their actions, allowing us to compare with other conditions to identify what maintains the problem behavior. If rates of problem behavior are low in this play condition but higher in the other conditions, it suggests the behavior is maintained by social reinforcement (attention or access to tangibles) rather than by automatic reinforcement. This rationale clarifies the function of the behavior and guides effective intervention.

The control (play) condition provides a neutral baseline for comparison in a functional analysis. In this condition, the individual has free access to attention and preferred items, and there are no specific contingencies tied to their behavior (no demands and no problem-behavior–dependent consequences). This setup yields data on how the person behaves when reinforcement is readily available but not contingent on their actions, allowing us to compare with other conditions to identify what maintains the problem behavior. If rates of problem behavior are low in this play condition but higher in the other conditions, it suggests the behavior is maintained by social reinforcement (attention or access to tangibles) rather than by automatic reinforcement. This rationale clarifies the function of the behavior and guides effective intervention.