KHP 350 Strength and Conditioning Exam 2 Flashcards
RAMP PROTOCOL FOR WARMUPS
- Raise- increased body temperature, heart, blood flow, and respiration.
- Active & Mobilize- Actively move through a range of motion
- Potentiate- Gradually increased intensity with sport specific movements
STATIC STRETCHING
- Slow constant stretch held for 15-30 seconds
- Encourages relaxation
- Partner assisted (PNF) stretching requires communication
BALLISTIC STRETCHING
- Uses bouncing movements
- Not recommended for individuals who do not adequate flexibility
- Can trigger the stretch flex
DYNAMIC STRETCHING
- Controlled, sport specific movements
- Repetitions 5-10 per movement
- Progression, increased range of motion and speed
Proprioceptive Neuromuscular Facilitation (PNF STRETCHING)
- Involves both passive and active movements
- Increases flexibility through autogenic inhibition ( Golgi tendon organ ) and reciprocal inhibition (muscle spindles)
- Most effective type of stretching to improve flexibility
PNF TECHNIQUES
- Hold -Relax: 10s passive stretch – isometric hold – 30s passive stretch
- Contract Relax – 10s passive stretch – Full ROM contraction – 30s passive stretch
- Hold-Relax with Agonist Contraction (Most Effective) – uses both autogenic and reciprocal inhibition
Exercise Selection
- Core exercises- large muscle groups, multi joint ( ex: squats, bench press)
- Assistance exercises: smaller muscle groups, single joint ( ex: bicep curls )
- Structural exercises involve spine loading
- Power exercises – structural performed explosively
Exercise order
- power 2. core 3. assistive
training frequency
- Beginners ( 2-3 days/week)
- Intermediate ( 3-4 days /week)
- Advanced (4+ days/week)
training load and repetition
- Load = weight assigned to a set (%1RM)
- 1RM ( One- Repetition Maximum):Max weight lifted for one repetition )
- Repetition Maximum ( RM) : Max weight lifted for a specific number of reps
2 for 2 rule
Increases weight when an athlete can perform 2+ extra reps for two consecutive sessions
elastic energy
in muscles is stored rapidly stretched and released to enhance force production
key components of mechanical model of plyometric
- Series Elastic Component ( SEC) ,- Contractile Component ( CC),- Parallel Elastic Component (PEC)
- Series Elastic Component ( SEC)
stores elastic energy when stretched
- Contractile Component ( CC)
Actin and myosin generate force
Parallel Elastic Component (PEC)
Passive resistance from muscle sheaths
stretch shortening cycle
Involves both elastic energy storage and natural reflexes to enhance force production
phases of stretch shortening cycle
- Eccentric Phase, Amortization Phase, Concentric Phase
eccentric phase
muscle lengthens
amortization phase
quick transition between eccentric and concentric
intensity
will result in stress on muscles and joints
higher intensity will mean how much volume
lower
what factors affect intensity
speed, jumping height, body weight, contact points ( single leg exercise are more intense than two leg exercises )