Voice 3

Question 1

Breath…..

Answer 1

Breath flow becomes sound when expirated air (the excitor) passes through the vocal folds (the vibrator)

Question 2

Muscular

Answer 2

Movement of the folds restrict the path of air flow.

Question 3

Changes

Answer 3

In pressure of the expirated air effect the vibrations.

Question 4

The greater

Answer 4

Flow of breath, the greater cumulative effect on volume.

Question 5

Pitch

Answer 5

Is mentally conceived.

Question 6

The mental

Answer 6

Conception initiates muscular movement in the vocal folds.

Question 7

Slower

Answer 7

The vibrations deeper the pitch.

Question 8

The faster

Answer 8

The vibrations the higher the pitch

Question 9

Pitch is

Answer 9

Also governed by length of vocal folds, tension in the folds and their mass.

Question 10

Men

Answer 10

Tend to have deeper voices as their vocal folds tend to be larger.

Question 11

Breath

Answer 11

Flow also affects affects the muscular adduction of the folds and influences pitch changes.

Question 12

The

Answer 12

Greater the pressure the greater the vibrations and the higher pitch.

Question 13

Three

Answer 13

Main resonators are the nose, mouth and the pharynx (the neck)

Question 14

There

Answer 14

Function is to produce tone through sympathetic resonance.

Question 15

Sympathetic resonances

Answer 15

Is essentially the transfer of acoustic vibration from one area to an other.

Question 16

Example?

Answer 16

Opera singer who hits notes frequency that smash a glass at the other side of the room.

Question 17

The

Answer 17

Resonators amplify and alter the sound that originated from the vocal folds.

Question 18

The three

Answer 18

Resonators have differing properties and shapes that acoustically affect sound being produced in the larynx.

Question 19

As actors

Answer 19

It’s important to have a healthy balanced use of the resonators to produce a well rounded, well modulated sound.