Chapter 12: Physical Fitness Assessments Flashcards
Ace IFT model phase 1
Stability and mobility
Ace IFT model phase 2
Movement training
Ace IFT model phase 3
Load training
Ace IFT model phase 4
Performance training
Temp during assessment
68-72 degrees
2 resting measurements for health risk appraisal
BP
HR
2 common pulse sites
Radical artery - wrist
Carotid artery - neck
Higher fitness levels= increased stroke volume =
Reduced heart rate
Slow HR is called:
_ bpm
Sinus bradycardia
Less than 60 bpm
Normal sinus RHR
60 to 100 bpm
Fast HR is called:
_ bpm
Sinus tachycardia
Greater than 100 bpm
Average HR
Men average HR
Women average HR
70-72
60-70
72-80
3 reasons women have higher HR
Smaller chamber size
Lower blood volume circulating less oxygen in the body
Lower hemoglobin levels in women
Elevated RHR greater than 5 bpm over a period of days can indicate
Over training syndrome
HR is _ in the standing and sitting position more than supine or prone position
Elevated
HR is affected by:4
Medication
Digestion
Environment
Body position
Pulsation heard through auscultation is due to _ of the arteries, as blood is pushed through after _
Expansion of arteries
Contraction of left ventricle
Counting first beat as zero will _ Exercise HR
Underestimate
Exercise HR starting at “one” is important during _ settings
Group settings
Calculation for maximal HR
MHR = 208 - (0.7 x Age)
Increase in HR without increase in intensity levels
Cardiovascular drift
3 reasons for cardiovascular drift
Increase in core temp
Dehydration
Blood redistribution
Pressure created by heart as it pumps blood into circulation via ventricular contraction
Systolic BP
Pressure exerted on artery walls as blood remains in arteries during filling phase or btwn beats when heart relaxes
Diastolic BP
Standard site for measuring BP
Brachial artery
Drawback for improper sized cuff when taking BP
Obese/ muscular
Small-frame
Falsely elevated BP readings
Falsely low BP readings
BP
Arm above heart
Arm below heart
BP is reduced
BP is increased
Inflate BP cuff to: (2)
160 mmHg
20-30 mmHg above the point where pulse can no longer be felt
Age 40-70
20 mmHg increase in SBP or 10 mmHg increase in DBP _ risk of cardiovascular disease
Double the risk
Difference of _ mmHg or more between arms increases risk of _ disease (2)
associated with _% risk of dying from heart disease
15 mmHG
Peripheral vascular disease and cerebral vascular disease
70%
Use _ if HR equivalents are needed and actual HR is not reliable (beta blockers)
Borg scale 6 to 20
Test termination
Blood pressure
SBP 250 or greater
DBP 115 or greater
Lightheadedness Pallor (pale skin) Cyanosis (blueish skin - lack of hemoglobin) Nausea Cold, clammy skin
Signs of poor perfusion (5)
Failure of muscular coordination
Fainting
Ataxia
Syncope