Title | Respiratory physio hw - required homework |
---|---|
Author | Lauren Russell |
Course | Physiology |
Institution | Sonoma State University |
Pages | 3 |
File Size | 79.9 KB |
File Type | |
Total Downloads | 99 |
Total Views | 120 |
required homework ...
Respiratory Lab Homework: Shasta Rice ID#005047515 4/30/18 1. Circumference when inhaling _33____ cm 2. Circumference when exhaling __29___ cm 3. Tidal volume measurements: 1. ___600_____ ml 2. __400______ ml 3. ___700_____ ml Average of these ____566_______ ml 4. ERV measurements: 1. ___2100_____ ml 2. ___1900_____ ml 3. __2200______ ml Average for these _____2050_____ ml 5. IRV measurements 1. __2000______ ml 2. __2300______ ml 3. __2000______ ml Average for these ____2100________ ml 6. Vital Capacity Direct measurement: 1. __3000______ ml 2. ___3200_____ ml
3. ___3100_____ ml Average for these ______3100______ ml Calculated from adding the average of TV+ERV+ IRV _____3100______ ml Calculated based on formula and weight ___4160_______ ml 7. Tidal Volume after exercise 1. _2800_______ ml 2. __2700______ ml 3. __3500______ ml Average for these ______3000______ ml Difference between this value and the average from #3 (resting tidal volume average) 2434 ml 8.
Length of breath holding Condition
Control
.
breath held ___38 sec_______
Sipping
___34 sec _______
Hyperventilation
___14 sec _______
Hyperventilation in bag
_____11 sec_____
After Exercise
___10 sec_______
9.
Combined cardio and respiratory results
PULSE
RESPIRATORY
RESPIRATORY
BLOOD PRESSURE
(beats/min)
RATE
DEPTH (TV)
(mmHg)
(breaths/min) BASELINE READINGS
64
19
850
120/80
98
26
910
140/70
82
23
1200
130/75
77
20
2400
120/80
61
19
900
110/60
(average values)
RIGHT AFTER EXERCISE (t=0) 2 MINUTES AFTER EXERCISE (t=2)
4 MINUTES AFTER EXERCISE (t=4)
10 MINUTES AFTER EXERCISE (t=10)
10.
Graphs for the results in the above table...