Read the following passage carefully.
The debate concerning linguistic relativity—the hypothesis that the structure of a language affects its speakers' cognition—has found a rigorous testing ground in the study of spatial coordinate systems. Linguists categorize how languages encode spatial relationships into three distinct frames of reference: relative, absolute, and intrinsic.
A relative frame of reference is egocentric; it relies on the speaker's own bodily coordinates to project a coordinate system onto the visual field. In English, a predominantly relative language, terms like 'left,' 'right,' 'front,' and 'back' are tied entirely to the speaker's viewpoint. Consequently, if a speaker turns 180 degrees, the spatial designation of any stationary object in their vicinity necessarily changes.
Conversely, an absolute frame of reference employs fixed, allocentric coordinates—such as cardinal directions (north, south) or topographic features (uphill, downhill)—that remain constant regardless of the speaker’s orientation. Speakers of languages employing this system must maintain continuous background cognitive tracking of their geographic orientation in order to communicate even basic spatial information. In behavioral experiments where subjects are shown an array of objects, rotated, and asked to reconstruct the array, absolute-frame speakers will arrange the objects to preserve their original global direction, disregarding their own altered visual perspective.
An intrinsic frame of reference complicates this dichotomy. It defines spatial relations not by the observer's position, nor by global coordinates, but by the inherent, recognizable facets of a reference object itself (e.g., 'at the front of the car'). Unlike relative descriptions, intrinsic descriptions remain perfectly stable if the speaker moves, provided the reference object and target object themselves remain stationary. The intrinsic frame is uniquely independent of both the speaker's ego and the broader geographic environment, functioning entirely through object-centric geometry.
Based on the passage, match each linguistic scenario (Left Items) to the logical inference that is most strongly supported by the specific details in the text (Right Items).
- A relative-frame language speaker turns 180 degrees while observing a stationary object.The specific spatial coordinates applied to the object by the speaker cannot remain the same as they were prior to the rotation.
- A subject whose native language uses an absolute frame of reference is rotated after viewing an array of objects.The reconstructed arrangement will ignore the subject's egocentric coordinates in favor of a fixed external layout.
- An intrinsic-frame spatial description is used to relate a stationary target to a stationary reference object.The validity of the spatial relationship is completely independent of where the speaker is standing.
- A spatial communication system demands continuous cognitive tracking of the broader geographic environment.The system utilizes fixed, allocentric metrics rather than being governed by object-centric geometry or the observer's viewpoint.
Answer
1) A relative-frame speaker turning 180 degrees matches with the inability to maintain the same spatial coordinates for a stationary object.
2) An absolute-frame subject being rotated matches with the reconstruction ignoring egocentric coordinates in favor of a fixed external layout.
3) An intrinsic-frame description of stationary objects matches with the description's validity remaining independent of where the speaker stands.
4) A system demanding continuous tracking of geography matches with the utilization of fixed, allocentric metrics rather than object-centric or observer-centric viewpoints.