Arrange the steps of a multiple-baseline design across settings, using the example of a child's reading behavior at school and at home, in the correct chronological order.

In a multiple-baseline design across settings—such as measuring a child's reading time at school and at home—what is the primary reason for staggering the introduction of the treatment (e.g., positive attention)?

A researcher is using a multiple-baseline design across settings to increase a child's reading time. Match each component of the study to the specific scenario that illustrates it.

In a multiple-baseline design across school and home settings, if a child's reading behavior increases in both settings simultaneously as soon as the treatment is introduced at school (but before it is introduced at home), the researcher cannot conclude that the treatment was the specific cause of the change.

Suppose a researcher uses a multiple-baseline design to evaluate if positive attention increases a child's reading at school and at home. If the reading behavior at home increases during the baseline phase (before the treatment is introduced there), the researcher must evaluate the study as having low ________ validity.

Suppose a researcher measures a child's reading time in two settings—school and home—and establishes a baseline for both. They then introduce a treatment first at school and later at home. If the reading time in both settings increases immediately after the treatment is introduced at school, but before it is introduced at home, the researcher has demonstrated that the treatment is responsible for the change in both settings.

A researcher uses a multiple-baseline design across settings (school and home) to evaluate if positive attention increases a child's reading time. Match each hypothetical data pattern with the most appropriate scientific conclusion regarding the study's internal validity.

A researcher wants to determine whether positive attention increases a child's reading during free time. The researcher measures the child's reading time in two settings—school and home—and establishes a baseline in both. Positive attention is then introduced first at school and later at home. What pattern of results would indicate that the positive attention treatment is responsible for the change in reading behavior?

A researcher wants to evaluate if positive attention increases a child's reading time at school and at home using a staggered introduction. Arrange the following steps in the correct chronological order to demonstrate this experimental process.

In a multiple-baseline design across settings (school and home), the observation that reading behavior in the home setting remains unchanged until the intervention is specifically applied there is used to _____ the conclusion that the treatment is the actual cause of the behavior change.

Describe the basic procedure of a multiple-baseline design across settings, using the example of measuring a child's reading behavior at school and at home. How does this design demonstrate that the treatment is responsible for any observed behavioral changes?

Based on the principles of a multiple-baseline design across settings, what specific pattern of data across Week 3 and Week 4 would allow the researcher to comprehend that the positive attention treatment—and not an external confounding variable—is driving the change in reading behavior?

A behavioral scientist applies a multiple-baseline design across settings to evaluate an intervention meant to increase a child's academic engagement. In the specific example of measuring a child's free-time reading at school and at home using positive attention, identify both the dependent variable and the independent variable.