Download NSCA Certified Strength Conditioning Specialist CSCS Ultimate Exam and more Exams Technology in PDF only on Docsity!
Question 1. Which plane of motion is primarily involved when a soccer player performs a side‑to‑side shuffle? A) Sagittal B) Frontal C) Transverse D) Horizontal Answer: B Explanation: A side‑to‑side shuffle moves the body laterally, which occurs in the frontal plane. Question 2. During a 400‑m sprint, the dominant energy system after the first 30 seconds is which of the following? A) Phosphagen B) Glycolytic C) Oxidative D) ATP‑CP Answer: B Explanation: The glycolytic (anaerobic lactic) system predominates after the phosphagen system is depleted, typically after 10‑ 30 seconds of high‑intensity effort. Question 3. The most common injury site for a basketball player is the: A) Hip joint B) Ankle joint C) Cervical spine D) Wrist joint Answer: B Explanation: Basketball involves frequent jumping and landing, making the ankle the most injury‑prone joint. Question 4. When assessing an athlete’s “training age,” the evaluator is primarily interested in: A) The athlete’s chronological age
B) Number of years of structured training experience C) The age at which the athlete began formal competition D) Years since the last injury Answer: B Explanation: Training age reflects the duration of consistent, structured training, not chronological age. Question 5. Which test is most appropriate for measuring an athlete’s maximal power output in the lower body? A) 1‑RM Back Squat B) 30‑m Sprint C) Vertical Jump Test D) Bench Press 1‑RM Answer: C Explanation: The vertical jump directly assesses lower‑body power by measuring force production in a rapid, explosive movement. Question 6. If the primary training goal is muscular endurance, the recommended load range is: A) ≥85 % 1RM B) 75‑ 90 % 1RM C) 67‑ 85 % 1RM D) ≤67 % 1RM Answer: D Explanation: Muscular endurance training typically uses light loads (≤67 % of 1RM) with higher repetitions. Question 7. Which of the following is classified as a core (multi‑joint) exercise? A. Bicep Curl B. Leg Extension C. Bench Press D. Lateral Raise
Question 11. To maintain muscle balance, an athlete should ensure the agonist‑antagonist strength ratio is approximately: A. 1: B. 2: C. 3: D. 4: Answer: B Explanation: A typical strength ratio of about 2:1 (agonist to antagonist) helps prevent imbalances and injury. Question 12. For a beginner athlete, the recommended weekly training frequency is: A. 1–2 sessions B. 2–3 sessions C. 4–5 sessions D. 6–7 sessions Answer: B Explanation: Beginners require 2–3 sessions per week to allow adequate recovery while building foundational fitness. Question 13. During the in‑season phase, training frequency is typically: A. Higher than off‑season B. Lower than off‑season C. Equal to off‑season D. Unrelated to season Answer: B Explanation: In‑season training focuses on maintenance, so frequency is reduced to avoid excessive fatigue. Question 14. According to the priority rule, which exercise should be performed first in a session? A. Assistance isolation exercise
B. Core strength exercise C. Power exercise D. Flexibility stretch Answer: C Explanation: Power exercises are most neurologically demanding and should be placed first to ensure maximal performance. Question 15. In an upper‑body/lower‑body alternating program, the sequence of sessions would be: A. Upper → Upper → Lower → Lower B. Upper → Lower → Upper → Lower C. Lower → Lower → Upper → Upper D. Upper → Push → Pull → Upper Answer: B Explanation: Alternating upper and lower body sessions allows each muscle group adequate recovery between workouts. Question 16. A “push‑pull” alternation primarily ensures: A. Balanced development of anterior and posterior muscle chains B. Same muscle group is trained consecutively C. Increased cardiovascular load D. Greater emphasis on core stability Answer: A Explanation: Alternating push (e.g., bench press) and pull (e.g., row) movements balances the anterior/posterior musculature. Question 17. Performing a superset of biceps curls and triceps extensions primarily targets: A. Same muscle group fatigue B. Opposing muscle groups with minimal rest C. Aerobic conditioning
Question 21. Hypertrophy training is best characterized by: A. ≤67 % 1RM, ≥12 reps B. 67‑ 85 % 1RM, 6‑12 reps C. ≥85 % 1RM, ≤6 reps D. 75‑ 90 % 1RM, 1‑5 reps Answer: B Explanation: Hypertrophy protocols use moderate loads (67‑ 85 % 1RM) with moderate repetitions. Question 22. The volume‑load for a set of 4 × 8 reps at 80 kg is: A. 2560 kg B. 3200 kg C. 640 kg D. 1280 kg Answer: A Explanation: Volume‑load = Sets × Reps × Weight = 4 × 8 × 80 = 2560 kg. Question 23. Rest intervals for strength and power work are typically: A. ≤30 seconds B. 30‑ 90 seconds C. 2‑ 5 minutes D. 1‑ 2 minutes Answer: C Explanation: Longer rests (2‑ 5 min) allow full recovery of the phosphagen system and neural drive for strength/power. Question 24. For hypertrophy, the recommended rest period between sets is: A. ≤30 seconds B. 30‑ 90 seconds C. 2‑ 5 minutes
D. 5‑ 10 minutes Answer: B Explanation: Moderate rest (30‑ 90 s) maintains metabolic stress while allowing sufficient recovery for volume. Question 25. Muscular endurance training generally uses rest periods of: A. ≤30 seconds B. 30‑ 90 seconds C. 2‑ 5 minutes D. 5‑ 10 minutes Answer: A Explanation: Short rests (≤30 s) promote fatigue resistance and aerobic conditioning of the muscle. Question 26. The macrocycle in periodization refers to: A. One week of training B. One month of training C. The entire training year D. A single training session Answer: C Explanation: The macrocycle encompasses the full annual plan, integrating all phases. Question 27. A mesocycle typically lasts: A. 1‑2 days B. 1‑2 weeks C. Several weeks to a few months D. An entire year Answer: C Explanation: Mesocycles are intermediate blocks (usually 3‑ 12 weeks) focusing on a specific adaptation.
Answer: B Explanation: In‑season training emphasizes high intensity to maintain adaptations while reducing volume to limit fatigue. Question 32. The second transition (active rest) phase is characterized by: A. Maximal loading and high frequency B. Low‑intensity activities for recovery C. Complete cessation of training D. Exclusive strength work Answer: B Explanation: Active rest uses low‑intensity work to promote recovery while preventing detraining. Question 33. In a linear periodization model, the primary trend across mesocycles is: A. Decreasing intensity, increasing volume B. Constant intensity, variable volume C. Increasing intensity, decreasing volume D. Random fluctuations of load Answer: C Explanation: Linear periodization progressively raises intensity while tapering volume. Question 34. Undulating (non‑linear) periodization differs from linear by: A. Keeping load constant each week B. Varying load and volume within a week or session C. Eliminating rest periods D. Using only bodyweight exercises Answer: B Explanation: Undulating periodization fluctuates intensity and volume frequently to manage fatigue. Question 35. The acceleration phase of a sprint primarily develops which attribute?
A. Maximal velocity B. Aerobic capacity C. Force production at low speeds D. Muscle endurance Answer: C Explanation: Acceleration focuses on rapid force generation from a stationary start. Question 36. Maximum velocity phase of sprinting is most associated with: A. High stride frequency and low ground contact time B. High ground reaction forces only C. Low stride length D. Primarily anaerobic glycolysis Answer: A Explanation: At top speed, athletes achieve high stride frequency and minimal ground contact. Question 37. Change‑of‑direction (COD) drills primarily improve: A. Linear speed B. Aerobic endurance C. Agility and reactive ability D. Maximal strength Answer: C Explanation: COD drills train rapid deceleration, re‑acceleration, and decision‑making. Question 38. Reactive agility drills differ from pre‑planned COD drills because they: A. Use the same movement pattern every time B. Require a response to an external stimulus C. Are performed at a slower speed D. Emphasize only strength Answer: B
A. Maximal strength B. VO₂ max C. Flexibility D. Muscular endurance at low intensities Answer: B Explanation: Repeated high‑intensity bouts with recovery stimulate cardiovascular adaptations, raising VO₂ max. Question 43. Fartlek training combines which two training methods? A. Plyometrics and strength B. LSD and interval training C. Sprinting and agility drills D. Powerlifting and bodybuilding Answer: B Explanation: Fartlek mixes continuous (LSD) running with variable‑intensity intervals. Question 44. During the inflammation phase of tissue healing, which of the following is most appropriate for an athlete? A. High‑intensity resistance training B. Complete immobilization for 4 weeks C. Gentle range‑of‑motion and pain‑free activities D. Heavy eccentric loading Answer: C Explanation: Early healing benefits from controlled motion to promote circulation without aggravating inflammation. Question 45. In the fibroblastic repair phase, the primary tissue being deposited is: A. Collagen type I B. Collagen type III C. Elastin
D. Glycogen Answer: B Explanation: Fibroblastic repair produces collagen type III, which is later remodeled into type I. Question 46. The CSCS’s role in rehabilitation is to: A. Diagnose medical conditions B. Prescribe medication C. Design and modify training based on the athletic trainer’s clearance D. Perform surgical interventions Answer: C Explanation: Certified Strength and Conditioning Specialists create or adapt programs within the scope defined by medical professionals. Question 47. Closed‑chain exercises are preferred early in rehabilitation because they: A. Isolate a single joint B. Increase joint compression and proprioceptive feedback C. Require heavy external loads D. Exclude the lower extremities Answer: B Explanation: Closed‑chain movements provide joint stability and stimulate proprioception, aiding early healing. Question 48. An open‑chain exercise commonly used in later stages of rehab for the knee is: A. Leg Press B. Squat C. Seated Leg Extension D. Step‑up Answer: C Explanation: The seated leg extension isolates the knee joint in an open‑chain motion, suitable after sufficient healing.
Question 52. Which of the following is a valid indicator that an athlete is ready to transition from the strength phase to the power phase? A. Ability to lift 1‑RM at 90 % of body weight B. Demonstrated 30 % improvement in vertical jump height C. Completion of 5 km run under 20 minutes D. No change in body composition Answer: B Explanation: Improved explosive performance (e.g., vertical jump) signals readiness for power‑focused training. Question 53. The primary metabolic pathway used during a 10‑second maximal effort (e.g., a 40‑yard dash) is: A. Oxidative B. Glycolytic C. Phosphagen (ATP‑CP) D. Mixed aerobic‑anaerobic Answer: C Explanation: Short, maximal efforts rely almost exclusively on the phosphagen system. Question 54. Which assessment tool is most appropriate for evaluating an athlete’s aerobic capacity? A. 1‑RM Bench Press B. 20‑m Shuttle Run (Beep Test) C. 3‑RM Back Squat D. 30‑m Sprint Time Answer: B Explanation: The beep test estimates VO₂ max and aerobic endurance. Question 55. In a strength‑focused microcycle, the optimal set‑rep scheme for the back squat would be:
A. 3 sets × 12 reps at 60 % 1RM B. 5 sets × 5 reps at 85 % 1RM C. 4 sets × 8 reps at 70 % 1RM D. 2 sets × 20 reps at 50 % 1RM Answer: B Explanation: 5 × 5 at 85 % 1RM aligns with strength guidelines (≥85 % 1RM, ≤6 reps). Question 56. Which of the following best describes the “muscle balance” concept in exercise selection? A. Matching the volume of training for all muscle groups B. Ensuring agonist and antagonist muscles have similar strength ratios C. Training only the dominant side of the body D. Prioritizing core exercises over assistance work Answer: B Explanation: Muscle balance requires proportional strength between opposing muscle groups to reduce injury risk. Question 57. When programming a basketball player’s in‑season training, the emphasis should be on: A. High‑volume hypertrophy work B. Low‑volume, high‑intensity power and skill drills C. Long endurance runs D. Maximal strength testing Answer: B Explanation: In‑season, the goal is to maintain power and skill with minimal fatigue. Question 58. An athlete’s “training status” is best assessed by: A. Their favorite sport B. Current fitness tests, injury history, and training age C. Their diet plan
Question 62. A “double‑leg hop” performed on a single leg is an example of: A. Unilateral plyometrics B. Bilateral strength training C. Closed‑chain aerobic exercise D. Open‑chain flexibility drill Answer: A Explanation: The hop uses one leg (unilateral) and involves a rapid stretch‑shortening cycle, classifying it as unilateral plyometrics. Question 63. Which training variable is directly manipulated to change the “time under tension” of a set? A. Load (percentage of 1RM) B. Repetition tempo C. Rest interval D. Number of sets Answer: B Explanation: Tempo dictates how long each rep’s concentric, eccentric, and pause phases last, affecting time under tension. Question 64. In a “push‑pull” alternating routine, a typical sequence might be: A. Bench Press → Row → Squat → Deadlift B. Squat → Squat → Bench Press → Bench Press C. Row → Row → Bench Press → Bench Press D. Deadlift → Deadlift → Row → Row Answer: A Explanation: Push (bench) followed by pull (row) alternates upper‑body movement patterns, allowing recovery.
Question 65. Which of the following best describes the “power clean” in terms of training classification? A. Structural, performed explosively B. Assistance, single‑joint isolation C. Core, slow‑tempo strength D. Aerobic conditioning drill Answer: A Explanation: The power clean loads the spine (structural) and is executed with maximal speed (power). Question 66. During the fibroblastic phase of healing, which type of exercise is most appropriate? A. High‑impact plyometrics B. Isometric contractions within pain‑free range C. Maximal eccentric loading D. Complete immobilization Answer: B Explanation: Controlled isometric work promotes collagen alignment without overstressing vulnerable tissue. Question 67. The “volume‑load” concept is most useful for: A. Determining the percentage of 1RM to use B. Comparing total mechanical work across sessions C. Setting rest intervals D. Selecting exercise order Answer: B Explanation: Volume‑load (sets × reps × weight) quantifies total work performed. Question 68. Which of the following is an example of a sport‑specific power exercise for a volleyball player? A. Bench Press B. Medicine Ball Overhead Throw
