Respiratory procedures lung segments and volume
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55 Terms
Which lung capacity is highlighted
inspiratory reserve volume
Which lung capacity is highlighted
tidal volume
Which lung capacity is highlighted
expiratory reserve volume
Which lung capacity is highlighted
residual volume
Which lung capacity is highlighted
inspiratory capacity
Which lung capacity is highlighted
fundamental capacity
Which lung capacity is highlighted
vital capacity
Which lung capacity is highlighted
residual volume
Which lung capacity is highlighted
total lung capacity
The total amount of air that the lungs can accommodate is divided into two categories: lung________ and lung _________
volumes; capacities
there are ___ different lung volumes and capacities
4
lung capacities are composed of ___ or more lung volumes
2
lung volume
a parameter which can be measured directly by usage of the spirometer
lung volume values are measured by what device
spirometer
lung volume values are _______
small
lung capacity
a theoretical value determined from spirometer data
lung capacity values are calculated by combining ___ or___ lung volumes
2; 3
lung capacity values are _______
large
tidal volume
normal quiet breath that moves into and out of the lungs with each breath.
range for tidal volume
500ML
inspiratory reserve volume
the amount of air that can be forcibly inhaled beyond tidal volume.
range for inspiratory reserve volume
3100ML
expiratory reserve volume
the amount of air that can be forcibly exhaled after a normal VT
range for expiratory reserve volume
1200 ML
residual volume
amount of air that is still in the lungs after a forcefully exhaling
range for residual volume
1200ML
inspiratory capacity
inspiratory capacity is the sum if the tidal volume and inspiratory reserve volume.
range for inspiratory capacity
3600ML
Functional Residual Capacity
the volume of air remaining in the lungs after a normal exhalation.
range for Functional Residual Capacity
2400ML
Vital Capacity
max volume of air that can be exhaled after a max inspiration
range for Vital Capacity
4800ML
what is the calculation for vital capacity
=IRV + VT + ERV
Total Lung Capacity
the normal volume of gas in the lungs after a maximal inhalation.
range for Total Lung Capacity
6000ML
what is the calculation for total lung capacity
= VT + IRV + ERV + RV
Which lung segment does this position effect
anterior upper segment(upper lobes)
Which lung segment does this position effect
posterior apical segment
Which lung segment does this position effect
anterior segments
Which lung segment does this position effect
right posterior segment
Which lung segment does this position effect
left posterior segment
Which lung segment does this position effect
right middle lobe
Which lung segment does this position effect
left lingular
Which lung segment does this position effect
anterior segments(lower lobes)
Which lung segment does this position effect
right lateral segment
Which lung segment does this position effect
left lateral segment
Which lung segment does this position effect
posterior segments
Which lung segment does this position effect
superior segments
What position is this
supine
What position is this
prone
What position is this
trendelenberg
What position is this
reverse trendelenberg
What position is this
high-fowlers
What position is this
fowlers
What position is this
semi fowlers