When analyzing an interaction on a line graph, how is a spreading interaction visually demonstrated?

Researchers in psychology use line graphs to visualize how different variables interact. Match each visual pattern described below with the specific type of interaction (or lack thereof) it represents.

A researcher discovers a cross-over interaction between 'Time of Day' (the quantitative independent variable on the x-axis) and 'Task Type' (verbal vs. math performance). Arrange the following research findings in the correct order as they would be plotted on a line graph, moving from the earliest time of day (left) to the latest time of day (right).

The primary visual feature that distinguishes the cross-over interaction shown in panel (b) of the provided image from a spreading interaction is that the lines in panel (b) literally intersect and cross over each other.

When analyzing an interaction on a line graph, which visual pattern indicates a cross-over interaction?

In a psychological study, a spreading interaction is plotted on a line graph to show how an effect grows as a quantitative variable increases. Based on the visual characteristics of this interaction, arrange the following stages in the order they appear from left to right along the $x$-axis.

A researcher reports that in a factorial study with a quantitative independent variable, the treatment effect grows as dosage increases. On the line graph, the plotted lines begin at the same point and progressively diverge. This pattern is best described as a(n) _____ interaction.

A clinical psychologist plots the results of a factorial study where one independent variable is quantitative (the dosage of a drug in milligrams). In their line graph, the line representing the therapy group and the line representing the control group begin at the same point at the 0 mg dose but steadily diverge as the dosage increases. True or False: This visual pattern demonstrates a cross-over interaction.

A research methods student is analyzing interaction plots where one independent variable is quantitative. Match each description of the visual pattern observed on the line graph to the correct concept it represents.

An evaluator is reviewing a research manuscript where the authors claim to have found a spreading interaction. However, on the line graph displaying the interaction with a quantitative independent variable, the two plotted lines literally intersect and cross over each other. The evaluator should correct the authors by stating that the visual intersection of the lines actually demonstrates a _____ interaction.

Based on the concept of plotting data with a quantitative independent variable, describe how a line graph visually represents a spreading interaction versus a cross-over interaction.

Based on the visual pattern described, what specific type of interaction does this line graph depict, and what does it indicate about the effect of the study method?

You are graphing an interaction between a quantitative independent variable (dosage of a medication) and a categorical variable (treatment group vs. control group). If you observe opposite effects across these conditions, how should you draw the two lines to visually represent a cross-over interaction?