2026/2027 | Complete Solution Included | Pilates
Instructor Test | Pass Guaranteed - A+ Graded
Section 1: Stott Pilates Five Basic Principles (Q1-15)
Q1. A new client performing Supine Arm Arcs on the Mat demonstrates excessive
rib cage elevation during inhalation, with the lower ribs flaring outward.
According to the STOTT PILATES Five Basic Principles, which muscular
engagement is MOST critical to correct this deviation?
A. Rectus abdominis contraction to flatten the abdominal wall
B. Transversus abdominis and oblique engagement to maintain rib cage alignment
over the pelvis
C. Erector spinae activation to extend the thoracic spine
D. Pectoralis minor depression to lower the rib cage passively
Correct Answer: B
Rationale: The Rib Cage Placement principle requires maintaining the rib cage
aligned over the pelvis without flaring. The transversus abdominis and obliques work
to control rib cage position during breathing and arm movement. Rectus abdominis
(A) would create a posterior tilt rather than rib control; erector spinae (C) would
increase extension; pectoralis minor (D) does not control rib cage position.
Q2. During a Mat class, a client with a forward head posture is performing the
Hundred. Which STOTT PILATES principle is being violated, and what is the most
appropriate immediate correction?
,A. Pelvic Placement; cue posterior pelvic tilt
B. Rib Cage Placement; cue narrowing the rib cage
C. Head and Cervical Placement; place a small pad under the occiput to maintain
natural cervical curve
D. Scapular Stabilization; cue scapular depression
Correct Answer: C
Rationale: Forward head posture violates the Head and Cervical Placement principle,
which requires maintaining the natural cervical curve with the skull balanced atop the
shoulders. A pad supports the occiput, reducing cervical extension strain. Pelvic
placement (A) is unrelated; rib cage (B) addresses a different principle; scapular
depression (D) does not correct head position.
Q3. Which statement BEST describes the STOTT PILATES approach to Pelvic
Placement during exercises where both feet are off the floor in a supine position?
A. The pelvis must always remain in a neutral position regardless of leg position
B. The pelvis should be imprinted whenever both feet are lifted to maintain lumbar
stability
C. The pelvis should be imprinted only during advanced exercises, neutral for all
others
D. The client may choose either neutral or imprinted based on comfort
Correct Answer: B
Rationale: STOTT PILATES teaches that when both feet are off the floor in supine, the
pelvis should move to an imprinted position to maintain stability and prevent
excessive lumbar arching. Neutral pelvis (A) is appropriate when at least one foot
remains on the floor. The imprint is not limited to advanced exercises (C), and client
comfort (D) does not override biomechanical safety.
Q4. A client performing the One-Leg Circle on the Mat is observed gripping their
toes and excessively plantarflexing the moving leg. Which STOTT PILATES
,principle is primarily compromised, and what secondary compensation should
the instructor anticipate?
A. Rib Cage Placement; expect rib cage depression
B. Pelvic Placement; expect lumbar rotation or lateral shift
C. Head and Cervical Placement; expect chin jutting
D. Breathing; expect breath-holding during the circle
Correct Answer: B
Rationale: Excessive plantarflexion and toe gripping indicate loss of Pelvic Placement
control. The primary compensation will be pelvic instability—lumbar rotation or
lateral shift—as the client attempts to stabilize through the distal extremity rather
than the core. Rib cage (A), head (C), and breathing (D) are secondary concerns but
not the primary principle violated.
Q5. During lateral thoracic breathing instruction, a client reports dizziness and
shoulder tension. Assessment reveals they are performing
diaphragmatic/abdominal breathing with the belly expanding outward. What is
the MOST accurate explanation for why lateral thoracic breathing is preferred in
STOTT PILATES?
A. Lateral breathing increases intra-abdominal pressure more effectively for core
stability
B. Lateral breathing maintains consistent abdominal engagement, preventing the
abdominal wall from releasing on inhalation and compromising core control
C. Lateral breathing increases oxygen consumption compared to diaphragmatic
breathing
D. Lateral breathing is easier to teach to beginners than diaphragmatic breathing
Correct Answer: B
Rationale: Lateral thoracic breathing expands the rib cage laterally and posteriorly
while maintaining consistent abdominal engagement. Diaphragmatic/abdominal
breathing causes the abdominal wall to release outward on inhalation, compromising
core stability. Lateral breathing does not increase oxygen consumption (C) and is not
necessarily easier to teach (D).
, Q6. Which of the following is a KEY difference between STOTT PILATES and
Classical Pilates regarding the Five Basic Principles?
A. Classical Pilates does not use breathing as a principle
B. STOTT PILATES emphasizes neutral spine and pelvic placement with natural spinal
curves, while Classical Pilates typically emphasizes a flat back/imprinted spine
throughout most exercises
C. Classical Pilates uses five completely different principles
D. STOTT PILATES eliminates scapular stabilization as a principle
Correct Answer: B
Rationale: STOTT PILATES promotes neutral spine with natural curves (restoring
spinal curvature), while Classical Pilates traditionally emphasizes a flat back/imprinted
spine position. Both methods use breathing (A is false); Classical Pilates has its own
principles (C is false); scapular stabilization is central to STOTT (D is false).
Q7. During Scapular Stabilization instruction for a client performing Arm Circles
on the Reformer, the client demonstrates excessive scapular elevation and
shrugging. Which muscle group should the instructor cue to achieve proper
stabilization?
A. Upper trapezius and levator scapulae
B. Lower trapezius and serratus anterior
C. Rhomboids and pectoralis minor
D. Latissimus dorsi and teres major
Correct Answer: B
Rationale: Proper scapular stabilization requires lower trapezius depression and
upward rotation, plus serratus anterior protraction/upward rotation. Upper trapezius
(A) causes elevation; rhomboids (C) cause retraction/downward rotation; latissimus
dorsi (D) causes downward rotation and extension.