2. If a person hears two tones that differ in intensity just barely enough to be

Question

2. If a person hears two tones that differ in intensity just barely enough to be detected, the point of threshold. detection would be the a. Difference b. Sensory c. Absolute d. Indifferent 3. Weber's law predicts That it is easier to identify differences in visual stimuli than auditory stimuli That a just noticeable difference is a constant proportion of the intensity of the initial stimulus That we are more likely to hear a telephone ringing than notice a flashing red light The moon effect a. b. c. d. . When a diver jumped into the pool, he nearly jumped out of his Speedo because the water was so cold. After a while, the water temperature seemed almost like a warm bathtub. This is an example of: a. Sensory overload b. Extrasensory perception c. Sensory adaptation d. Sensory stimulation The size of the pupil opening depends on the amount of light in the environment. The dimmer the surroundings, the more the pupil 5. a. Widens b. Closes c. Retracts behind the cornea d. Becomes elliptical

Explanation / Answer

Ans 2 a) difference

Since the tones of the person just slightly differ from each other in intensity , so that they can be barely detected and perceived by the listener as different. The point of detection would be difference threshold. It is also called as just noticeable difference threshold as it can detect the minimum difference which is present in the stimulus.

Related Questions

Navigate

• Browse (All)
• Browse 2
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.