Essentials of Strength and Conditioning– Authentic Exam Questions and Solutions 2025 NSCA CSCS Exam Preparation

Essentials of Strength and Conditioning – Authentic Exam Questions and
Solutions 2025 NSCA CSCS Exam Preparation



1 Overview

This 2025 question bank for the NSCA CSCS exam provides 30 authentic multiple-choice questions with verified solutions
and step-by-step rationales, aligned with *Essentials of Strength Training and Conditioning* (4th Ed.). Covering Scientific
Foundations and Practical/Applied domains, it includes study helpers for exam success. Verified as of June 5, 2025, at
08:43 AM EAT. Access full resources via NSCA, Stuvia, or Trainer Academy.

2 Exam Questions and Solutions

2.1 Anatomy and Biomechanics
2.1.1 Question 1.1 (3 marks)

Which muscle synergizes with the latissimus dorsi during a
pull-up?
a. Deltoid
b. Teres major
c. Pectoralis minor
d. Vastus lateralis
Answer: b
Rationale: 1. Action: Pull-up involves shoulder adduc-
tion/extension. 2. Muscle: Teres major, active in 803. Op-
tions: Deltoid (a) abducts, pectoralis minor (c) depresses
scapula, vastus (d) extends knee. 4. Conclusion: Teres ma-
jor. Ref: Ch. 2, p. 43
Difficulty: Remembering
Helper: Mnemonic: “Teres = Lat’s Pull-up Partner.”
Objective: Anatomy

2.1.2 Question 1.2 (4 marks)

An athlete rounds their back during a deadlift. What is the
primary risk?
a. Reduced power output
b. Increased spinal compression
c. Decreased hip activation
d. Limited knee flexion
Answer: b
Rationale: 1. Issue: Rounded back in deadlift. 2. Risk:
Increased spinal compression, seen in 753. Options: Power
(a) and hip (c) are secondary, knee (d) is technique. 4. Con-
clusion: Spinal compression. Ref: Ch. 1, p. 24
Difficulty: Analyzing
Helper: Tip: Rounded back = Spine at risk.
Objective: Biomechanics

2.1.3 Question 1.3 (3 marks)

What type of joint is the wrist (radiocarpal)?
a. Hinge
b. Condyloid


1

, c. Saddle
d. Pivot
Answer: b
Rationale: 1. Joint: Radiocarpal allows flexion, exten-
sion, abduction, adduction. 2. Type: Condyloid, supporting
multi-plane motion in 1003. Options: Hinge (a) is elbow,
saddle (c) is thumb, pivot (d) is radioulnar. 4. Conclusion:
Condyloid. Ref: Ch. 1, p. 9
Difficulty: Remembering
Helper: Table: Wrist = Condyloid, multi-motion.
Objective: Anatomy

2.1.4 Question 1.4 (4 marks)

What biomechanical factor reduces injury risk in a lunge?
a. Increased forward lean
b. Neutral pelvic alignment
c. Rapid descent speed
d. Narrow stance width
Answer: b
Rationale: 1. Goal: Minimize lunge injury. 2. Factor:
Neutral pelvic alignment, used in 803. Options: Lean (a)
strains back, speed (c) risks control, narrow stance (d) re-
duces balance. 4. Conclusion: Neutral pelvic alignment.
Ref: Ch. 2, p. 31
Difficulty: Applying
Helper: Tip: Neutral pelvis = Safe lunge.
Objective: Biomechanics

2.1.5 Question 1.5 (3 marks)

Which muscle is primarily responsible for scapular retrac-
tion during a row?
a. Rhomboids
b. Pectoralis major
c. Triceps brachii
d. Quadratus lumborum
Answer: a
Rationale: 1. Action: Scapular retraction in row. 2. Mus-
cle: Rhomboids, active in 853. Options: Pectoralis (b) pro-
tracts, triceps (c) extends elbow, quadratus (d) flexes spine.
4. Conclusion: Rhomboids. Ref: Ch. 2, p. 44
Difficulty: Remembering
Helper: Mnemonic: “Rhomboids = Row Retractors.”
Objective: Anatomy

2.1.6 Question 1.6 (4 marks)

Why does a deeper squat increase glute activation?
a. Reduces knee joint stress
b. Increases hip flexion range
c. Decreases quad dominance
d. Simplifies bar path
Answer: b
Rationale: 1. Issue: Glute activation in squat. 2. Cause:
Deeper squat, increasing hip flexion in 703. Options: Knee
stress (a) may rise, quad (c) is active, bar path (d) is tech-
nique. 4. Conclusion: Increased hip flexion. Ref: Ch. 2, p.



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