Question 1
A patient has a positive posterior force closure test. Which exercise could be performed as part of the program?
Correct Answer:
Half-kneeling lat pull
Explanation:
A positive posterior force closure test signals the need to improve the ability to create and control posteriorly directed compressive forces across the pelvis and spine during loaded tasks. The half-kneeling lat pull is well suited for this because the half-kneeling stance creates a unilateral, unstable base that requires anti-rotation and robust pelvic and trunk stabilization while you perform a pulling lift. This setup trains the body to coordinate the posterior chain (including the latissimus dorsi and surrounding stabilizers) with the hips and pelvis to maintain a neutral spine and stable pelvis under load, directly reinforcing posterior force closure when transferring force through the trunk and pelvis. In contrast, an overhead press tends to emphasize shoulder and spine extension under load with less demand on pelvic stabilization; a seated row offers less challenge to anti-rotation and pelvic control; a hip hinge focuses on the posterior chain's hip-dominant pattern but can risk pelvic instability if not controlled. The half-kneeling lat pull combines resistance with a stabilizing, stance-driven requirement that aligns with improving posterior force closure.
Question 2
What is the significance of a "stick to the plan" approach in functional restoration?
Correct Answer:
Encourages adherence, reduces variability, and supports consistent, reproducible progress toward functional goals.
Explanation:
Sticking to the plan in functional restoration anchors progress in a structured, graded path toward real-life functional goals. When the plan is followed consistently, therapy tasks and loads are applied in a controlled way, which reduces week-to-week variability in how a patient responds. This makes progress measurable and reproducible, so clinicians can track improvements, anticipate plateaus, and adjust data-drivenly rather than reacting to every symptom. It also supports steady skill-building and confidence because patients know what to expect and can gradually increase activity without disruptive shifts. While reducing pain is part of the aim, the broader objective is meaningful function—so the plan provides a roadmap to regain daily activities and work tasks. Frequent changes create inconsistency and muddle outcomes, and reduced communication or a sole focus on pain misses the functional goal. The key takeaway is that a consistent, goal-driven plan enables safe, progressive, and trackable improvement toward functional independence.
Question 3
According to McGill, core stabilization exercises such as prone plank should be held for up to how long?
Correct Answer:
Up to 8 seconds
Explanation:
The idea being tested is how long McGill recommends holding a prone plank during core stabilization training. McGill emphasizes brief, controlled holds to keep the spine stable and ensure the deep stabilizers (like the transverse abdominis and multifidus) are activated with proper technique. Holding for about eight seconds allows you to maintain a neutral spine, avoid compensatory movements, and prevent fatigue from taking over to degrade form. By using several short holds with rest, you build endurance without encouraging poor patterning or excessive lumbar stress that can come with longer holds. Longer holds—such as 30, 60 seconds or more—tend to compromise technique and recruit superficial muscles, which is why the eight-second guideline is preferred.
Question 4
Which cervical muscles are the primary segmental stabilizers?
Correct Answer:
Longus Capitis and Longus Colli
Explanation:
Deep prevertebral neck muscles provide the fine-tuned stabilization of each cervical segment. The longus capitis and longus coli sit close to the vertebral bodies and joints, enabling them to maintain segmental alignment and resist small perturbations during head and neck movements. They act as primary stabilizers by controlling intersegmental motion rather than producing large overall movements. The other muscles listed are more about moving the head and neck or providing broader postural support. The sternocleidomastoid and scalenes generate gross motions like flexion, rotation, and lateral flexion. The semispinalis and multifidus contribute to posterior stability and extension, but they’re not the primary segmental stabilizers in the cervical region. The trapezius is a superficial muscle involved in neck and shoulder girdle movements rather than segment-by-segment stabilization.
Question 5
Which assessment helps identify activity tolerances and functional limits for work tasks?
Correct Answer:
Functional Capacity Evaluation (FCE)
Explanation:
The main idea is to quantify what a person can actually do in work-like tasks by testing their endurance, strength, and functional performance under conditions that resemble real job activities. A Functional Capacity Evaluation is a comprehensive assessment conducted by trained professionals to measure how long and how well someone can perform typical work tasks, including lifting, carrying, standing, walking, climbing, and repetitive motions, along with how pain, fatigue, and safety behaviors influence those tasks. The results provide clear activity tolerances and functional limits that help determine appropriate work restrictions, accommodations, and return-to-work plans. Pain scales show how intense the pain is but don’t reveal what work tasks someone can sustain or perform safely. An MRI reveals structural anatomy and pathology, not actual SAMPLEfunctional capacity for work. Psychological testing evaluates mental health, cognition, or mood factors, but it doesn’t directly measure physical task performance or tolerances.
Question 1
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Prepare with the Functional Restoration Practice Test practice quiz. This question bank includes 10 questions covering functional, posterior, muscle, and restoration. Use it to review important concepts, identify knowledge gaps, and build confidence for the related exam, course, or assessment.

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Functional Restoration Practice Test

This practice set contains 10 questions from the matching question bank and focuses on functional, posterior, muscle, and restoration. Work through each question carefully, review the provided solutions, and revisit topics that need more study before your next attempt.

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