Lab 7 Respiratory Cycle I 2015-10-19a
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Lab 7: Respiratory Cycle I Revised: 2014-03-17 RESPIRATORY CYCLE I DATA REPORT Date: 3/20/24 Student’s Name: Charbel Saad Lab Section: L51 I. Data and Calculations Subject Profile Name: John-L08 Age: ______ Height:_____________ Gender: __Male __Female Basic statistics ࠵?࠵?࠵?࠵? =
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A.
Eupnea (Normal Breathing - Segment I).
Complete table with values for each cycle. Calculate the means for Segment1: (10 points) Parameter Measurement
Cycle 1
Cycle 2
Cycle 3
Mean
S.D Inspiration Duration ∆T (in s) 3.54 3.85 3.54 3.69 Expiration Duration ∆T (in s) 2.09 2.56 2.23 2.56 Total Duration ∆T (in s) 5.63 6.41 5.77 6.25 Breathing Rate BPM 9.92 10.13 10.00 10.42
Lab 7: Respiratory Cycle I Revised: 2014-03-17 B.
Comparison of Ventilation Rates and temperature changes (Segments 2-4) Complete table with measurements from three cycles of segments 2, 3, and 4, and calculate the means (10 points)
Measurement Hyperventilation Hypoventilation Cough Read Aloud duration ΔTemp duration ΔTemp duration ΔTemp duration ΔTemp Cycle 1 1.19 0.21 4.01 1.99 7.77 1.08 6.32 1.17 Cycle 2 1.47 0.36 4.78 1.95 7.05 1.51 Cycle 3 1.26 0.17 5.62 2.26 6.89 1.47 mean 1.42 0.27 4.81 2.06 6.72 1.40 S.D. C. Relative Ventilation Depths (Segments 1-4) Complete table with measurements from three cycles of segments 1, 2, 3, and 4, and calculate the means (10 points)
Depth
Cycle 1 p-p Cycle 2
p-p Cycle 3
p-p Mean
SD Eupnea Segment 1 0.57 0.57 0.61 0.58 Hyperventilation Segment 2 0.64 0.79 0.72 0.71 Hypoventilation Segment 3 0.35 0.33 0.36 0.34 Cough Segment 4 2.43 2.43 D. Association of Respiratory Depth and Temperature (Segments 1-3) Complete table with measurements from segments 1, 2, and 3 (10 points)
Measurement
Ch.
During Eupnea After Hyperventilation
After Hypoventilation
Maximum ∆Temp p-p
2.36 2.34 2.57 maximum inspiration maximum ∆Temp interval ∆
time
3.43 2.89 2.29
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52H#/activity/question-g
ework i
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The amount of air
that may be exhaled
over the tidal
The amount of air
The amount of air
inhaled and exhaled
during quiet
breathing
The amount of air
that can be exhaled
remaining in the
lungs after a forced
expiration.
1
in a given time
interval.
volume
Match each of the options above to the items below.
Tidal Volume (TV)
Expiratory Reserve Volume (ERV)
Residual Volume (RV)
Forced Expiratory Volume (FEV)
78 F Partly sunny
earch
3.
2.
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Rodjerick
Assignment:
1. Discuss the steps and
sequence on Artificial
Respiration and Cardio
Pulmonary Resuscitation
2. 2. Discuss soft tissue
injuries/wounds
3. The different kinds of open
wound
4. Discuss burns
Submit tomorrow. write on one
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LF, a 34 year old white male, presented to the emergency room complaining of acute and severe shortnessof breath and intense chest tightness. LF’s speech was choppy and breathing was very rapid and erratic,punctuated by noticeable wheezing. LF’s medical records included the results of pulmonary functiontesting he had undergone six months beforeHis medical records also indicated prior admission for respiratory symptoms and a history of poorly-controlled asthma.LF received high-dose bronchodilator medication through use of a valved holding chamber. This wasfollowed by intravenous glucocorticoids and nebulized bronchodilators every two hours for a twelve-hourperiod, followed by nebulized bronchodilators every four hours for a forty-eight hour period.After discharge from the hospital, LF was provided a take-home flow meter to monitor his lung function.Table 4 shows LF’s PEFR results during a 30-day period.Table 4. Peak flow monitoring from day 1-30 post-discharge. All PEFR values are given…
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Patient B., 60 years old, was hospitalized with the diagnosis "Myocardial infarction". On examination: cold and cyanotic
skin. Respiration is frequent, superficial, arterial pressure 90/60 mm Hg, pulse - 110 beats / min (normal 60-90 beats per minute). The
patient is transferred to the intensive care unit.
Questions:
6. Describe typical changes of gas parameters and pH in blood at this type of TPP?
7. List the signs of adaptive reactions available to the patient.
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Complex
Pasig City, Philippines 1600
Telefax: (632) 638-4799 o 637-4347
E-mail
bcd-csd@deped.gov.ph
B. Put a check mark () if the item shows proper care of the respiratory and circulatory systems,
and a cross mark (*) if not. Write your answers on the blanks.
1. Playing in clean grounds every day
2. Exercising frequently
3. Smoking
4. Getting plenty of rest and sleep
5. Drinking too much alcohol
6. Eating healthy foods
7. Having regular medical checkups
8. Chewing tobacco
9. Eating snacks high in salt, sugar, and fat
10. Keeping a normal weight
C. In each item, encircle the word in the parentheses that best completes the sentence about
keeping your respiratory and circulatory systems healthy.
1. When you exercise, your heartbeat (increases, decreases).
2. The (more, less) fit you are, the better your heart and lungs will work.
3. (A healthy, An unhealthy) diet contains the right balance of foods that can make your
respiratory and circulatory systems work properly.
4. Frequent (exercise…
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picture attached for activity reference. please pick the letter of the correct answer. thank you!
1.Based on the graph you made, what is the relationship of breathing and heart rate?A) Breathing decreases as heart rate increasesB) Breathing increases as heart rate decreasesC) Breathing increases as heart rate increasesD) There is no correlation between heart rate and breathing
2. Relate the time and the heart rate and breathing rate?A) Heart and breathing rate increase as it’s nearly bedtime.B) Both rates decrease as bedtime is nearingC) Both rates are low when you awake and gets higher towards noonD) Heart and breathing rate lowers towards noon
3. What is the correlation of the activity with the heart and breathing rate?A) Heart and breathing rate increase with the intensity of the activityB) Both rates decrease as intensity decreaseC) Heart decreases and breathing rate increases as intensity of activity increasesD) Heart increases and breathing rate decreases as intensity of activity…
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Situation (#s 1 – 20): Mrs Juana dela Cruz, unemployed, age 33, entered the emergency room with complaints of nausea and vomiting and mild to moderate chest pain. She also has choledolithiasis (gallstones in the bile duct). She answers questions appropriately but cannot recall her past medications. Initial assessment revealed scattered crackles bilaterally throughout the lung bases and +1 pitting peripheral edema bilaterally in the lower extremities. She is 8 Kg (18 lbs) heavier than her estimated weight of 74 kg (164 lbs). BP: 140/90 mmHg, HR: 116 bpm, Respirations: 25 breaths/min, Temperature: 38.7oC/axilla, SPO2: 91%. Cholesterol is 250mg/dL, triglycerides is 200 mg/dL, and LDL is 212 mg/dL. HDL 55 mg/dL. Serum Albumin is 2.8 g/dL.
Choose 3 signs that are DIRECTLY RELATED to hypoalbuminemia.
A. Crackles in the lung basesB. FeverC. Pitting EdemaD. Nausea and vomitingE. Alert and forgetfulF. Weight gainG. Chest pain
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Case r/t Thorax and Lungs examination Adela, a market vendor, visits the clinic with a chief complaint of body malaise. She tells the physician, "I just don't feel good." Her vital signs are the following: T 39°C; respirations 25 and shallow; HR 100 bpm; BP 126/87. Past history indicates that she has been a pack-a-day smoker for 20 years. During the patient interview, she states that she has a family history is COPD and her father had lung cancer.
what would be important when considering further assessment on this patient ?
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HELP NEEDED
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Procedure 2 Time to Draw
In the space below, draw, color, and label one of the respiratory system models that you examined. In addition,
write the function of each structure that you label.
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Subject : Biology
Questions
1) Name the various structures found in respiratory system
2) name the various parts found in lungs.
3) Name the chief respiratory organs.
4) What are the various parts found in larynx?
5) Which component of food is oxidized to produce energy
6) In which from energy is produced at the end of the respiration?
Answer with Explanation
DONT COPY FROM BRAINLY, GOOGLE OR OTHER WEBITES IF YOU ARE REAL EXPERT
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For each of the following Patient Profiles, determine the most appropriate triage category (red, yellow, green, or black), and why.
patient profiles:
1. severe right leg pain
- tells you his legs hurt
- respirations : 26/min
- radial pulse : present
2. patient pinned under large bench
- moans weakly when you talk to her
- respirations : 36/min
- radial pulse : absent
3. chest pain, dyspnea, cardiac history
- tells you shes having trouble in breathing
- respirations : 18/min
- radial pulse : present
4. dislocated shoulder-bleeding
- tells you his shoulder hurt
- respirations : 26/min
- radial pulse : present
5. cyanotic
-unconscious
- respirations : begins breathing when you open the airway
- radial pulse : present
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QUESTION 7
0.25mL of a stock solution…
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Mr. JKL is a 69 yr old white male complaining of shortness of breath during activities and sometimes at rest. He does not report any myocardial ischemia symptoms and is treated for hypertension and prostate cancer (diagnosed 5 years prior). The patient quit smoking 3 years ago and smoked on average 2 packs per day for 51 years. He was admitted to the hospital 4 months ago due to respiratory symptoms. The patient is not on supplemental oxygen, his oxygen saturation is 95%, and he reports some shortness of breath with a dyspnea rating of 5 (1-7 scale). The patient is sedentary, rarely walks outside of his home, and does not engage in sports or recreational activities.
Mr. JKL's preexercise medical exam results:
BMI = 31.8
Resting heart rate = 85
Blood pressure = 144/98
Enlarged anteroposterior chest diameter and decreased breath sounds and prolonged exhalation
Current medications:
Atrovent inhaler 8 puffs twice per day
Doxapram HCL, 50 mg 3 times daily
Furosemide, 40 mg 4 times daily…
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MS-DRG
MS-DRG RW Weight
Volume Q1
VolumeQ2
VolumeQ3
56
1.8513
35
38
33
57
1.0716
12
13
11
58
1.7198
47
48
43
59
1.0134
5
7
5
60
0.813
21
19
20
61
2.6843
35
34
28
62
1.8918
27
31
25
63
1.5238
4
6
3
64
1.7326
35
36
33
65
1.0593
44
46
42
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Which of the following would the nurse expect to see in client experiencing hypoventilation?
increased oxygenation in the alveoli
increased carbon dioxide in the bloodstream
decreased hemoglobin in the bloodstream
decreased carbon dioxide in the alveoli
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B Calculator
The nurse has taught a client with active pulmonary tuberculosis (TB). Which of the following statements by the client would indicate a correct understanding of the teaching? Select all that apply.
図1
回2
3.
4.
05.
6.
"I should expectorate secretions into a disposable tissue and dispose of the tissue in a plastic bag.
"will keep my dishes and eating utensils separate from those of other family members.
"I should have a TB skin test again in 6 months."
"I will receive prescribed medication for at least 6 months."
"I should take the TB medication as long as the symptoms occur."
"I will limit my daily activities until I am no longer feeling so tired.
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Scenario Description: Juan Ferguson 50-year-old man with long-term emphysema who has become dyspneic and has been brought to the Emergency Department by paramedics and now is admitted to your floor for admission. He arrives alert and anxious, wheezing and still dyspneic. An IV has been started. Oxygen is started.
What is my client’s primary and possible secondary diagnosis?
What signs and symptoms would I expect to see with primary and secondary diagnosis?
What do I need to assess?
What is my top three priority assessments for this client? (Airway, breathing, circulation)
What is my focused assessment for this patient and any nursing interventions I may need?
What are the signs/symptoms that my client may exhibit if their condition is worsening? Give one or two reasons you would want to contact the healthcare provider?
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Describe the common respiratory complications for postoperative patients in the clinical unit.- HYPOVENTILATION
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Give typing answer with explanation and conclusion
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To evaluate the effectiveness of mechanical ventilation for a patient with respiratory failure, which diagnostic will be most useful to the nurse?
1. A chest x-ray
2. Oxygen saturation
3. Arterial blood gas analysis
4. Central venous pressure
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Describe the common respiratory complications for postoperative patients in the clinical unit.- HYPOXEMIA
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Describe the common respiratory complications for postoperative patients in the clinical unit.- AIRWAY OBSRTUCTION
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what is the triage category (red, yellow, green, black) for a patient with a patient having an asthma attack, audible wheezing, and has a respiration of 28/min, and present radial pulse?
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Please type answer note write by hend.
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- 52H#/activity/question-g ework i Saved Help Save & Exit The amount of air that may be exhaled over the tidal The amount of air The amount of air inhaled and exhaled during quiet breathing The amount of air that can be exhaled remaining in the lungs after a forced expiration. 1 in a given time interval. volume Match each of the options above to the items below. Tidal Volume (TV) Expiratory Reserve Volume (ERV) Residual Volume (RV) Forced Expiratory Volume (FEV) 78 F Partly sunny earch 3. 2.arrow_forwardRodjerick Assignment: 1. Discuss the steps and sequence on Artificial Respiration and Cardio Pulmonary Resuscitation 2. 2. Discuss soft tissue injuries/wounds 3. The different kinds of open wound 4. Discuss burns Submit tomorrow. write on onearrow_forwardLF, a 34 year old white male, presented to the emergency room complaining of acute and severe shortnessof breath and intense chest tightness. LF’s speech was choppy and breathing was very rapid and erratic,punctuated by noticeable wheezing. LF’s medical records included the results of pulmonary functiontesting he had undergone six months beforeHis medical records also indicated prior admission for respiratory symptoms and a history of poorly-controlled asthma.LF received high-dose bronchodilator medication through use of a valved holding chamber. This wasfollowed by intravenous glucocorticoids and nebulized bronchodilators every two hours for a twelve-hourperiod, followed by nebulized bronchodilators every four hours for a forty-eight hour period.After discharge from the hospital, LF was provided a take-home flow meter to monitor his lung function.Table 4 shows LF’s PEFR results during a 30-day period.Table 4. Peak flow monitoring from day 1-30 post-discharge. All PEFR values are given…arrow_forward
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