Exam 2 Module 3 Flashcards

1
Q

What is the Density of air molecules within a particular volume?

A

Air Pressure

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2
Q

If the volume is closed off then…?

A

squeezing that volume will increase air pressure

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3
Q

If the volume is open then…?

A

squeezing that volume will cause air to flow out to maintain normal pressure

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4
Q

The lungs are connected to the ___ and the ___.

A

diaphragm and the rib cage

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5
Q

Lung volume is controlled by the ____ and the ____.

A

diaphragm muscle and the muscle attacked to the ribs

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6
Q

What are these muscles called that controll lung volume?

A

Serratus anterior

intercoastal muscle

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7
Q

The contraction of the diaphragm raises and expands the rib cage causing the lungs to ____?

A

expand.

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8
Q

if the ____ is open, this will cause air to flow into the lungs to maintain normal pressure

A

vocal tract

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9
Q

Relaxing the diaphragm and ____the rib cage will contract the lungs and cause air to flow ______ .

A

contrating
//
out of the lungs

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10
Q

Lung volume and changes in lung volume can be measured to

A

quantify respiration

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11
Q

The measures of respiration can be used clinically to determine what?

A

To determine whether a person with voice problems has enough breath support from respiration to produce speech.

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12
Q

What letter in the English language does not require much articulation beyond respiration and is one of the simplest speech sounds.

A

/h/

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13
Q

LOOOK at “He ha Hu” image on desktop. This is the breakdown of sound into a frequency sprectrum overtime. What is the point of this picture.

A

The main point of this slide is to let us know that although each syllable begins with /h/, the noise pattern in the spectrogram for each is different because the oral cavity is already in position to produce the following vowel.

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14
Q
  1. While production of /h/ REQUIRES NO particular oral articulation, /h/ uses BOTH _____ & ______.
  2. The laryngeal muscle open up the ____ and the muscle of respiration produce _____.
A
  1. laryngeal and respiratory effort.

vocal folds// extra expiratory effort.

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