Final answer:
In comparing sensory thresholds, a normal person's localization threshold value is typically higher than their resolution threshold value, making it easier for them to detect a stimulus than to discriminate between two close stimuli.
Step-by-step explanation:
The question pertains to the sensory thresholds of a normal person. Specifically, it asks to compare the localization threshold with the resolution threshold. The localization threshold refers to the ability to determine where a stimulus is being applied, while the resolution threshold (also known as the two-point discrimination threshold) is the ability to distinguish two separate points of touch as distinct. Typically, a person's localization threshold value is higher than their resolution threshold value. This means that a person is far more likely to determine that a stimulus is present somewhere on the skin (localization) than they are to precisely discriminate between two closely spaced stimuli (resolution).
When considering sensory thresholds such as these, it's important to understand the concept of sensory adaptation. This is the phenomenon where decreased sensitivity occurs to an unchanging stimulus, which is commonly known as habituation.