a. coefficient of concordance
b. degree of freedom
c. t value
d. p value
b. degree of freedom (DOF= N -1)
a. 5
b. 10
c. 15
d. 25
c. 15
a. full extension
b. mid-range
c. full flexion
d. all throughout the range
b. mid-range
a. heat transfer increases with velocity
b. water retains heat 1000 times more than air
c. differences in temperature between an immersed object and water will equilibrate with minimal change in temperature of the water
d. water conducts temperature 5 times faster than air
if the Q has Except: d. water conducts temperature 5 times (25 times) faster than air
if there is none: Follow the ROB;choose between choices a, b or c. see which goes first
a. Cardiovascular training and aerobic exercise should be performed in water temperature between 22 degrees C and 25 degrees C.
b. Therapeutic exercise performed at 33 degrees C may be beneficial for patients with acute, painful musculoskeletal injuries because of the effects of relaxation, elevated pain threshold and decreased muscle spasm.
c. Flexibility and strengthening exercises; gait training and relaxation may be performed in temperatures between 26 degrees C and 33 degrees C.
d. Intense aerobic training performed above 80 percent of a patient’s maximum heart rate should take place in temperature between 22 degrees C
a. Cardiovascular training and aerobic exercise should be performed in water temperature
between 22 degrees C and 25 degrees C (*26°C - 28°C).
a. Quota
b. Median
c. Mode
d. Mean
b. Median
a. Clavicular portion of pectoralis major
b. Clavicular portion of pectoralis minor
c. Sternal portion of pectoralis major
d. Sternal portion of pectoralis minor
a. Clavicular portion of pectoralis major (abd only)
***Sternal Portion of Pecs Maj.: abd beyond 90°
a. 30
b. 40
c. 60
d. 50
d. 50
45(6)SUX
Symphisis Pubis = 40%
Umbilicus = 50%
Xiphoid Process = 60%
a. Overload
b. McGill
c. Davies
d. Action- reaction
a. Overload
a. It occurs at the end of the range where the plantarflexors are the most shortened.
b. It does not change with different velocities of isokinetic testing
c. It is measured in joules
d. It decreases as the muscles fatigue
d. It decreases as the muscles fatigue
a. it should be MIDRANGE not end of the range
b. the word NOT made it wrong
c. it is measured in NEWTON not in joules
a. Nerve root lesion is at C5-C6
b. Lesion is at the lateral cord of the brachial plexus
c. None of these
d. Lesion is at the posterior cord of the brachial plexus
b. Lesion is at the lateral cord of the brachial plexus
a. Walking backwards on a treadmill
b. Exercise in a stair climber
c. Isokinetic knee extension and flexion
d. Limited squats to 45 degrees
c. Isokinetic knee extension and flexion (**this is OKC)
a. Hawthorne’s effect
b. sampling bias
c. placebo effect
d. Pretest treatment interference
c. placebo effect
a. terminal stance (heel off) to pre swing (toe off)
b. from midstance through heel off (toe off)
c. from initial contact: (heel strike) through loading response (foot-flat)
d. initial swing (acceleration) through midswing
c. from initial contact: (heel strike) through loading response (foot-flat)
a. external tibial torsion at heel strike
b. increased plantarflexion
c. hyperextension of the spine
d. maintenance of knee flexion
c. hyperextension of the spine
a. Oxford
b. De Lorme
c. Brandon
d. Borg
a. Oxford
a. contractions should be held for at least 12 seconds to obtain adaptive changes in the
muscle
b. occurs when a muscle contracts without a length change
c. resistance is variable and accommodating
d. strengthening is developed at a point in the range, not over entire length of muscles
a. contractions should be held for at least 12 seconds (***6 sec but not beyond 10 sec) to obtain adaptive changes in the
muscle
a. In the vertical position, posteriorly placed buoyancy devices will cause the patient to lean backward, anterior buoyancy will cause the patient to lean forward
b. A patient with a unilateral lower extremity amputation will lean toward the residual limb side
in a vertical position
c. During unilateral manual resistance exercises the patient revolves around the therapist in a
circular motion
d. In the vertical position, the human center of buoyancy is located at the sternum
a. In the vertical position, posteriorly placed buoyancy devices will cause the patient to lean backward (FORWARD), anterior buoyancy will cause the patient to lean forward (BACKWARD)
a. adductors and hip extensors
b. quadriceps and hip flexors
c. abductors and hip flexors
d. hamstrings and hip extensors
d. hamstrings and hip extensors
a. t-test
b. normal distribution curve
c. chi square test
d. simple one-way ANOVA
c. chi square test
a. experimental model
b. case study
c. descriptive model
d. historical model
a. experimental model
if the Q has Except: d. water conducts temperature 5 times (25 times) faster than air
if there is none: pick between a, b, c. Whichever goes first
a. Mean
b. quota
c. median
d. mode
c. median
a. Low
b. Average
c. Very high
d. High
b. Average
ave: 90 - 110 steps/min