Which command displays the number of rotational and transitional degrees that a component can move in an assembly?

The command that displays the number of rotational and translational degrees of freedom for a component within an assembly is the command that identifies the available movements of that component. This means it indicates how many ways the component can move based on the constraints applied to it within the assembly environment.

Degrees of freedom refer to the different ways in which a component can move in three-dimensional space. This includes translational movements along the X, Y, and Z axes as well as rotational movements about those axes. Understanding the degrees of freedom is essential in assembly design because it allows engineers and designers to know how components interact and move relative to each other, thereby ensuring mechanical functionality and proper operation.

The other options do not specifically provide this information about the movement capabilities of components. For example, while showing toggle states might indicate visibility or scenario changes, it does not address movement. Showing component properties may present various characteristics of the component such as material or size, but it does not cover degrees of freedom. Similarly, showing assembly constraints focuses on the specific limitations imposed on the components by constraints, rather than summarizing their possible movement ranges. Therefore, the command that accurately provides the desired information about movement potential is the one that shows degrees of freedom.