Question 1 1 / 1 pts The _______ is the difference in time between a sound arriving at one ear versus the other and it helps us localize sound

Question 1

1 / 1 pts

The _______ is the difference in time between a sound arriving at one ear versus the other and it helps us localize sound.

cone of confusion

azimuth

sound shadow

interaural level difference

interaural time difference

Question 2

1 / 1 pts

The _______ is a relay station in the brain stem where inputs from both ears contribute to the detection of interaural level differences.

cochlea

medial superior olive

lateral superior olive

hypothalamus

pons

Question 4

1 / 1 pts

Which of the following methods of sound localization between the two ears is used most often for tones of very low frequencies?

None of the answers are correct
 

Interaural level differences

Interaural frequency differences

Interaural echo differences

Interaural time differences

Question 5

1 / 1 pts

_______ is a function that describes how the pinna, ear canal, head, and torso change the intensity of sounds with different frequencies that arrive at each ear from different locations in space.

Localization function

Azimuth

Inverse-square law

Combination function

Head-related transfer function

Question 8

1 / 1 pts

The part of a sound during which amplitude increases is known as

decay.

octave.

attack.

end note.

pitch.

Question 9

1 / 1 pts

A very simple example of auditory stream segregation involves two tones with similar frequencies that are

started together at the same time.

missing fundamentals.
 

different in amplitude.

alternated.

played continuously together.

Question 10

1 / 1 pts

_______ effects have been demonstrated in the laboratory with a wide variety of target sounds and interrupting sounds. The simplest version of such an experiment is to delete portions of a pure tone and replace them with noise.

Grouping by timbre

Auditory segregation

Grouping by onset

Alternating

Continuity