Cardiopulmonary Assessment Flashcards
What is the normal temperature for a newborn?
37 - 37.7 degrees Celcius
What is the normal PR for a newborn?
120-160 bpm
What is the normal RR = for a newborn?
30-80 breaths/min
What is the normal BP for a newborn?
50-52/25-30
What is the normal temperature for a 3 y/o?
36.9 - 37.5 degrees Celcius
What is the normal PR for a 3 y/o?
80-125 bpm
What is the normal RR for a 3 y/o?
20-30 breaths/min
What is the normal BP for a 3 y/o?
78-114/46-78
What is the normal temperature for a 10 y/o?
36.3 - 37 degrees Celcius
What is the normal PR for a 10 y/o?
70-110 bpm
What is the normal RR for a 10 y/o?
16-22 breaths/min
What is the normal BP for a 10 y/o?
90-132/50-86
What is the normal temperature for a 16 y/o?
36.4 - 37.1 degrees Celcius
What is the normal PR for a 16 y/o?
55-100 bpm
What is the normal RR for a 16 y/o?
15-20 breaths/min
What is the normal BP for a 16 y/o?
104-108/60-92
What is the normal temperature for an adult?
36 - 37.5 degrees Celcius
What is the normal PR for an adult?
60-100 bpm
What is the normal RR for an adult?
12-20 breaths/min
What is the normal BP for an adult?
<120/<80
What is the normal temperature for an older adult?
35.9 - 36.3 degrees Celcius
What is the normal PR for an older adult?
60-100 bpm
What is the normal RR for an older adult?
15-25 breaths/min
What is the normal BP for an older adult?
<120/<80
Normal BP values
<120/<80
Elevated BP values
120-129/<80
Stage 1 HTN values
130-139/80-89
Stage 2 HTN values
> 140/>90
HTN crisis values
> /160/>/120
Grade 0 pulse
Absent
No perceptible pulse even with max. pressure
Grade 1+ pulse
Thready
Barely perceptible; easily obliterated w/ slight pressure; fades in and out
Grade 2+ pulse
Weak
Difficult to palpate; slightly stronger than thready; can be obliterated w/ light pressure
Grade 3+ pulse
Normal
requires moderate pressure to obliterate
Grade 4+ pulse
bounding
Very strong; hyperactive; not easily obliterated w/ moderate pressure
Normal PAO2
80-100 mmHg
Moderate tachycardia
60-80 mmHg
50-60 mmHg
Malaise or nausea
Possible onset of respiratory distress
Restlessness
35-50 mmHg
respsiratory distress
25-35 mmHg
marked respiratory distress
<25 mmHg
Hypoventilation, apnea
Normal respiration
Eupnea
Slow respiration; <10 breaths/min
Bradypnea
Fast respiration; >24 breaths/min
Tachypnea
Normal respirations but abnormally deep and increase in rate
Kussmaul’s respiration
Irregular respirations of variable depth (usually shallow)
Biot’s respirations
Gradual increase in depth of respirations, followed by gradual decrease and then a period of apnea
Cheyne-Stokes respirations
Absence of breathing
Apnea
Body temperature is constantly elevated more than normal throughout the day but does not fluctuate more than 1.8 degrees F
Continuous/Constant/Sustained Fever
Body temperature alternates between periods of fever for some hours of the day with a return to normal for the remaining hours; seen in septicemia and malaria.
Intermittent Fever
Periods of fever are interspersed with normal temperatures; each last at least one day; seen in RA, Crohn’s disease, Malignancy, and Infections caused by ticks and lice
Relapsing/Recurrent/Periodic fever
Elevated body temperature throughout the day and fluctuates more than 3.6 degrees F within 24 hours and never returns to normal; seen in infective endocarditis and typhoid infection
Remittent
Barely perceptible depression
Grade 1+ edema
Easily identified depression; skin rebounds within 15 seconds
Grade 2+ edema
EID; skin rebounds within 30 secs
Grade 3+ edema
EID; skin rebounds > 30 secs
Grade 4+ edema
The volume of gas inhaled and exhaled during normal resting breath
Tidal Volume (500 mL)
The volume of gas that can be exhaled beyond a normal resting tidal exhalation
Expiratory Reserve Volume/ERV (1000 mL)
The volume of gas that can be inhaled beyond a normal resting tidal inhalation
Inspiratory Reserve Volume/IRV (3000 mL)
The volume of gas that remains in the lungs after ERV has been exhaled
Residual Volume/RV (1500mL)
The amount of air that can be inhaled from REEP
Inspiratory Capacity (IC)
The maximum amount of air a person can expel from the lungs after maximum inhalation
Vital Capacity (VC)
Amount of air that resides in the lungs after normal resting tidal inhalation
Functional Residual Capacity
The total amount of air that is contained within the thorax during a maximum inspiratory effect
Total Lung Capacity (TLC)
Angina Scale: 0
No angina
Angina Scale: 1
Light, barely noticeable