CHAPTER 21 Flashcards
After the 5 -10 warm up, activation techniques are used for
Kinetic chain (core and balance)
Plyos and SAQ
Speed, agility and quickness would go next
Muscles engaged during a squat pattern
Knee= quads, hips = glutes
Muscles engaged during a hinge pattern
Hip= glutes and hamstrings
Muscles engaged during a pushing pattern
Lats, biceps, traps; actions= extension, retraction
Muscles engaged during a pressing overhead pattern
Deltoid and triceps
Three blocks of the opt model
Stabilization, strength and power
The three blocks are broken down into five phases
Phase 1 - stabilization
Phase 2-4 - strength
Phase 5 - power
Phase 1 - stabilization endurance
1-3 sets
12-20 reps
0–90 second rest period
4–2 – 1–1 tempo
50–70% intensity
Vertical loading
4–6 weeks in duration (as with all phases)
Important for correcting muscular imbalances, strengthening ligaments and tendons, and anything associated with proprioception and neuromuscular efficiency
Phase 2 opt model strength endurance
2-4 sets
8-12 reps
0-60 sec rest
Tempo n/a
Intensity n/a
Supersets : two exercises performed back to back without any rest
Benchpress into a push-up ; squats into a step up; pull up into a single arm cable row; military press into scaption
Phase 3 opt model muscular development
3–6 sets
6-12 reps
0-60 second rest period
2-0-2-0 tempo
75–85% intensity
Horizontal loading
Important for adding size (hypertrophy is the opposite of atrophy it means to grow the size of muscle fibers
Phase 4 opt model Maximal strength
4-6 sets
1-5 reps
2-4 min rest period
X-X-X-X tempo
Horizontal loading
85–100% intensity
Important for optimizing rate of force
Phase 5 Opt model Power
3–5 sets
1-5 reps, 8-10 reps
3-5 minute rest period
X – X – X – X tempo
Supersets (like phase 2) but its strength (1-5 reps heavy) followed by power (1-10 reps explosive)
Bench press into plyometric push-up; pull up into ball slams, squats into jumps
Horizontal loading
85–100% intensity for exercise one, followed by 30–45% or 10% of body weight for exercise 2.
Important for optimizing rate of force and explosiveness