The relation between the magnitude of a sensation y and the magnitude of the stimulus x is given by y = k(x – x,)" where k is a constant, x, is the threshold of effective stimulus, and n depends on the type of stimulus. Find the rate of change of sensation with respect to the amount of stimulus given. For electrical stimulation y = k(x – x)7/2 y' =
The relation between the magnitude of a sensation y and the magnitude of the stimulus x is given by y = k(x – x,)" where k is a constant, x, is the threshold of effective stimulus, and n depends on the type of stimulus. Find the rate of change of sensation with respect to the amount of stimulus given. For electrical stimulation y = k(x – x)7/2 y' =
Trigonometry (MindTap Course List)
10th Edition
ISBN:9781337278461
Author:Ron Larson
Publisher:Ron Larson
Chapter6: Topics In Analytic Geometry
Section: Chapter Questions
Problem 33CT
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Transcribed Image Text:The relation between the magnitude of a sensation y and the magnitude of the stimulus x is given by
y = k(x – x,)"
where k is a constant, x, is the threshold of effective stimulus, and n depends on the type of stimulus. Find the rate of
change of sensation with respect to the amount of stimulus given.
For electrical stimulation y = k(x – x)7/2
y' =
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