What are the 7 things that go into making a program
What are the 6 components of a needs analysis
Sport Analysis
Athlete analysis
Time Motion Analysis
PHYSIOLOGICAL
- Energy system utilization
- work to rest ratios
- heart rate zone
BIOMECHANICL
- Sprinting, jumping, throwing
- Volume and intensities
Training Focus/ Adaptations
How is Training Frequency determined
Frequency guidelines vs training status
Exercise Order
Order of exercises in a total body workout
Training volume based on goals
STRENGTH: <6 reps, 2-6 sets
POWER(single effort event): 1-2 reps, 3-5 sets
POWER(multiple-effort event): 3-5 reps, 3-5 sets
HYPERTROPHY: 6-12 reps, 3-6 sets
MUSCULAR ENDURANCE: >12 reps, 2-3 sets
Loading Exercises
%1RM
- Very light: <30
- Light: 30-49
- Moderate: 50-69
- Hard: 70-84
- Very hard: >84
- Max: 100
Volume-Intensity relationship
Inversely related
Load based on training goal
%1rm
STRENGTH: >85%
POWER (single-effort event): 80-90%
POWER (multiple effort event): 75-85%
HYPERTROPHY: 67-85%
MUSCULAR ENDURANCE: <67
Rest periods based on training goals
STRENGTH: 2-5 min
POWER (single-effort event): 2-5 min
POWER (multiple effort event): 2-5 min
HYPERTROPHY: 30s to 1.5 min
MUSCULAR ENDURANCE: <30
Supersetting exercises format
Def: Volume
The total amount of weight lifted in a training session
Def: Set
A group of repetitions sequentially performed before the athlete stops to rest
Def: Repetition-volume
the total number of repetitions performed during a workout session
Def: Load-volume
The total number of sets multiplied by the number of repetitions per set then multiplied by the weight lifted per rep
Quantifying mechanical work
Work= force x displacement
Qualifying mechanical work
Load-volume = weight units x repetitions
Relationship between load and repetitions
Inversely proportionate
8 reps = 80%
10 reps = 75%
5 reps = 87%