NSCA CSCS Periodization Models and Concepts 2 — Questions and Answers
Question 1: In the undulating (nonlinear) periodization model, how does training volume and intensity change?
- Volume and intensity both increase linearly over time
- Volume and intensity alternate frequently within the same week or mesocycle (Correct answer)
- Intensity peaks in the first week and tapers throughout the rest of the cycle
- Volume remains constant while intensity undulates
Correct answer: Volume and intensity alternate frequently within the same week or mesocycle
Undulating periodization involves frequent variation of volume and intensity, sometimes daily or weekly, rather than a strict linear progression.
Question 2: Which periodization structure is most appropriate for an athlete who competes multiple times per year with short recovery windows between competitions?
- Traditional linear periodization
- Block periodization
- Multiple-peak (multi-peak) periodization (Correct answer)
- Single-peak annual plan
Correct answer: Multiple-peak (multi-peak) periodization
Multiple-peak periodization allows athletes to peak performance several times throughout the year, accommodating frequent competition schedules.
Question 3: What is the primary goal of the accumulation phase in block periodization?
- Maximize sport-specific power output
- Develop a high volume of general fitness qualities and work capacity (Correct answer)
- Taper volume to ensure competition readiness
- Focus exclusively on maximal strength expression
Correct answer: Develop a high volume of general fitness qualities and work capacity
The accumulation block emphasizes high-volume, lower-intensity training to build a broad foundation of general fitness and work capacity.
Question 4: The concept of 'residual training effects' in block periodization refers to which of the following?
- The carryover of fitness qualities gained in a previous block into the current block (Correct answer)
- The fatigue accumulated during a training session
- The specific adaptations from a single exercise
- The decrease in performance that occurs after detraining
Correct answer: The carryover of fitness qualities gained in a previous block into the current block
Residual training effects describe how long fitness qualities (e.g., strength, endurance) persist after the training stimulus that produced them has ceased.
Question 5: During a macrocycle, which sequence of training priorities best reflects traditional linear periodization?
- Power → Strength → Hypertrophy → Muscular Endurance
- Muscular Endurance → Hypertrophy → Strength → Power (Correct answer)
- Hypertrophy → Power → Strength → Muscular Endurance
- Strength → Muscular Endurance → Power → Hypertrophy
Correct answer: Muscular Endurance → Hypertrophy → Strength → Power
Traditional linear periodization progresses from high-volume/low-intensity (muscular endurance, hypertrophy) phases toward low-volume/high-intensity (strength, power) phases.
Question 6: Which term describes a planned, short-term reduction in training volume intended to reduce fatigue while maintaining or enhancing performance?
- Detraining
- Tapering (Correct answer)
- Supercompensation
- Overreaching
Correct answer: Tapering
Tapering is a deliberate reduction in training volume before competition to dissipate accumulated fatigue while preserving fitness adaptations.
Question 7: A strength and conditioning coach designs a yearly plan with one major peak for the national championship. This approach best represents which periodization strategy?
- Multi-peak periodization
- Single-peak periodization (Correct answer)
- Concurrent periodization
- Conjugate periodization
Correct answer: Single-peak periodization
Single-peak periodization structures training to bring the athlete to one optimal performance peak, typically aligned with the most important competition of the year.
NSCA CSCS Periodization Models and Concepts 2
In the undulating (nonlinear) periodization model, how does training volume and intensity change?