Chp 16 Exercise Techniques for Alternative Modes and Non Traditional Implement Training Flashcards
Anatomical core
axial skeleton and all the soft tissues and proximal attachments that originate on the axial skeleton
Core commonly refers to the_____ or more specifically _____ region.
trunk; lumbopelvic
Isolation exercises may have the greatest benefit for _____ athletes who are going through the _____ process.
injured; rehabilitation
Activity of the back stabilizers was found to be _____ lower during a Smith machine squat when compared to a free weight squat.
30%
The overall agonist _____ and overall _____ when the exercise is performed under unstable conditions may be less than _____ of what can be achieved when the exercise is performed under stable conditions.
force-generating capacity; power output; 70%
When used in the rehabilitation, unstable devices have been shown to reduce _____ and improve the efficiency of the soft tissues that stabilize the ____ and _____.
low back pain; knee; ankle joints
Using instability devices may reduce the likelihood of _____ injuries.
ACL
Constant external resistance
traditional exercises, free weights
accommodating resistance
semi isokinetic, allow for speed of movement or isokinetic resistance to be controlled throughout a range of motion
variable resistance
training devices that allow the applied resistance to be varied in conjunction with changes in joint angle
chains, rubber bands
Determining resistance with chains
The absolute chain resistance at the top and that at the bottom portion of the movement are summed and then averaged.
Band color and tension from lowest to highest
yellow, red, blue, green, black
Tire Flipping
Tire length: _____
should not be taller than the athlete’s upright standing height
_____ tires are generally considered harder to flip for taller athletes.
_____ tires are more difficult for shorter athletes because of their _____.
Narrow
Wider; shorter arm length
Farmer’s walk develops _____, _____, and _____.
total body anaerobic endurance, grip strength, back endurance