Massage & Bodywork Licensing Examination (MBLEx) Quiz: Range Of Motion
20 questions · exam conditions
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Range Of MotionQuestion 1 of 20

Which of the following correctly pairs a joint motion with its normal physiological end-feel?

Shoulder external rotation - Firm/Capsular.
Knee flexion - Bone-to-bone.
Elbow extension - Soft tissue approximation.
Cervical flexion - Springy block.
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Massage & Bodywork Licensing Examination (MBLEx) Quiz

Massage & Bodywork Licensing Examination (MBLEx) Quiz: Range Of Motion

Practice Range Of Motion in Massage & Bodywork Licensing Examination (MBLEx) with focused quiz questions that help you check what you know, review explanations, and build confidence with test-style prompts.

What this quiz covers

This quiz focuses on Range Of Motion, giving you a quick way to practice the rules, question types, and explanations that matter most for Massage & Bodywork Licensing Examination (MBLEx).

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

All questions

Question 1

Which of the following correctly pairs a joint motion with its normal physiological end-feel?

  1. Shoulder external rotation - Firm/Capsular. (correct answer)
  2. Knee flexion - Bone-to-bone.
  3. Elbow extension - Soft tissue approximation.
  4. Cervical flexion - Springy block.
Explanation: End-feel assessment is a critical skill in massage therapy and bodywork, helping you determine whether joint restrictions are normal or pathological. Each joint motion has a characteristic "end-feel" - the sensation you perceive when a joint reaches its normal range of motion limit. Shoulder external rotation correctly pairs with a firm/capsular end-feel because this motion is primarily limited by the joint capsule and ligamentous structures. When you rotate the shoulder externally, you'll feel a firm, leathery resistance as the capsular tissue reaches its elastic limit - this is the normal physiological endpoint for this movement. Let's examine why the other options are incorrect: Option B suggests knee flexion has a bone-to-bone end-feel, but knee flexion is actually limited by soft tissue approximation as the calf contacts the posterior thigh. Option C pairs elbow extension with soft tissue approximation, when elbow extension actually produces a hard, bone-to-bone end-feel as the olecranon process contacts the olecranon fossa. Option D suggests cervical flexion has a springy block end-feel, but normal cervical flexion should have a firm/capsular end-feel from ligamentous tension - a springy block would indicate pathology. Remember this pattern: bone-to-bone feels hard and abrupt (like elbow extension), soft tissue approximation feels gradually compressing (like knee flexion), and capsular feels firm and leathery (like shoulder external rotation). Abnormal end-feels like "springy block" or "empty" always suggest pathology, not normal physiology.

Question 2

What term describes the quality of resistance felt by the therapist at the end of a passive range of motion?

  1. End-feel (correct answer)
  2. Crepitus
  3. Tonus
  4. Spasticity
Explanation: End-feel is the term for the sensation or feeling that the therapist perceives in the joint as it reaches the limit of its available passive range of motion. Crepitus is a grating sound or sensation. Tonus is the continuous partial contraction of muscles. Spasticity is a velocity-dependent increase in muscle tone.

Question 3

A client is recovering from a recent rotator cuff repair surgery. The surgeon's protocol calls for avoiding active muscle contraction for the first few weeks. Which type of range of motion would be most appropriate to maintain joint mobility?

  1. Active
  2. Passive (correct answer)
  3. Resisted
  4. Ballistic
Explanation: In situations where active muscle contraction is contraindicated, such as immediately post-surgery, passive range of motion (PROM) is used. It allows the joint to be moved without stressing the repaired contractile tissues, thereby helping to prevent adhesions and maintain mobility.

Question 4

Which of the following describes movement performed by a client with assistance from the massage therapist?

  1. Active-resisted range of motion
  2. Active-assisted range of motion (correct answer)
  3. Passive-resisted range of motion
  4. Passive-concentric range of motion
Explanation: Active-assisted range of motion (AAROM) is when the client actively performs a movement to the best of their ability, and the therapist provides assistance to help them complete the full range. This is often used when a client has weakness.

Question 5

A client experiences pain when they actively abduct their arm, but feels no pain when the therapist passively performs the same movement. This finding most likely indicates an injury to which type of tissue?

  1. Contractile tissue (correct answer)
  2. Inert tissue
  3. Articular cartilage
  4. Bursae
Explanation: Pain during active movement that is absent during passive movement points to an issue with the contractile tissues (muscle or tendon) that are engaged during active contraction. Inert tissues, like ligaments or the joint capsule, would likely be painful at the end range of both active and passive motion.

Question 6

During a client assessment, the massage therapist moves the client's relaxed arm through its full range of shoulder flexion.

What type of range of motion assessment is being performed in this scenario?

  1. Active
  2. Passive (correct answer)
  3. Resisted
  4. Isometric
Explanation: Passive Range of Motion (PROM) occurs when an external force, in this case, the therapist, moves the client's joint through its range of motion while the client remains relaxed. Since the therapist is performing the movement for the client, it is a passive assessment.

Question 7

A client reports difficulty and weakness when trying to lift their leg straight up while lying on their back, but the therapist can move the leg through the full range of hip flexion without causing pain.

This discrepancy between active and passive range of motion suggests a potential issue with which of the following?

  1. The hip joint capsule
  2. The sciatic nerve
  3. The strength of the hip flexor muscles (correct answer)
  4. A ligament sprain in the hip
Explanation: When passive range of motion is full and pain-free, but active range of motion is limited or weak, it indicates a problem with the muscles responsible for the movement (contractile tissue) or their nerve supply. The joint capsule and ligaments (inert tissues) are not the primary cause since passive motion is normal.

Question 8

A therapist asks a client to extend their knee while the therapist applies gentle pressure to the shin in the opposite direction. What is the primary purpose of this assessment?

  1. To assess the integrity of the knee ligaments
  2. To measure the passive range of motion of the knee joint
  3. To evaluate the strength of the quadriceps muscles (correct answer)
  4. To determine the flexibility of the hamstring muscles
Explanation: This is an example of Resisted Range of Motion (RROM). Its primary purpose is to assess the strength and integrity of the contractile tissues (muscles and tendons). In this case, it tests the strength of the quadriceps, which are responsible for knee extension.

Question 9

When assessing passive range of motion for elbow extension, the therapist feels an abrupt, hard stop. What is this normal physiological end-feel called?

  1. Soft
  2. Firm
  3. Hard (correct answer)
  4. Empty
Explanation: A hard end-feel is the sensation of bone contacting bone, which is the normal end-feel for elbow extension as the olecranon process contacts the olecranon fossa. A soft end-feel is tissue approximation (e.g., knee flexion). A firm end-feel is capsular or ligamentous stretch. An empty end-feel is pathological and indicates the client stops the movement due to severe pain.

Question 10

If a client has pain and limited range of motion during both active and passive movements in the same direction, which type of structure is most likely affected?

  1. Muscle belly
  2. Tendon
  3. Motor nerve
  4. Joint capsule (correct answer)
Explanation: Pain and limitation during both active and passive motion suggest a problem with an inert (non-contractile) structure, such as the joint capsule, ligaments, or bursae, as these structures are stressed at the end range regardless of whether the movement is active or passive.

Question 11

The normal physiological end-feel for knee flexion is classified as:

  1. Hard
  2. Firm
  3. Soft (correct answer)
  4. Empty
Explanation: The normal end-feel for knee flexion is soft, which is due to the compression of soft tissues (i.e., the calf muscle pressing against the hamstring). A hard end-feel is bone-on-bone. A firm end-feel is a capsular/ligamentous stretch. An empty end-feel is pathological.

Question 12

During passive range of motion testing of a client's shoulder, the client reports sharp pain and asks the therapist to stop before any resistance is felt. This is known as what type of end-feel?

  1. Muscle spasm
  2. Springy block
  3. Capsular
  4. Empty (correct answer)
Explanation: An empty end-feel is a pathological end-feel where the client's pain prevents the therapist from reaching the end of the passive range of motion. No true tissue resistance is felt because the client guards the movement due to pain.

Question 13

Which range of motion assessment is most effective for isolating and testing the strength of a specific muscle or muscle group?

  1. Active range of motion
  2. Passive range of motion
  3. Resisted range of motion (correct answer)
  4. Active-assisted range of motion
Explanation: Resisted range of motion (RROM), or manual muscle testing, is specifically designed to assess the strength of contractile tissue. By having the client contract a muscle against an external force, the therapist can evaluate its ability to generate force.

Question 14

Assessing active range of motion provides the therapist with initial information about a client's:

  1. Ligamentous stability and joint integrity.
  2. Willingness to move and quality of movement. (correct answer)
  3. End-feel and capsular patterns.
  4. Maximum muscle strength and power.
Explanation: Active range of motion is a valuable screening tool that shows the therapist the client's ability and willingness to move a particular joint. It also reveals information about the quality of the movement, coordination, and the presence of pain during motion. Ligamentous stability and end-feel are assessed passively, and maximum strength is assessed with resisted ROM.

Question 15

A rebound sensation felt at the end of a passive range of motion, such as in a knee with a torn meniscus, is known as what type of end-feel?

  1. Empty
  2. Firm
  3. Boggy
  4. Springy block (correct answer)
Explanation: A springy block end-feel is a pathological end-feel that feels like a rebound at the end of the range. It is often associated with internal derangement of a joint, such as a torn cartilage or meniscus that is blocking the movement.

Question 16

Which component of a range of motion assessment is NOT typically evaluated during an active range of motion test?

  1. Pain provocation
  2. End-feel (correct answer)
  3. Available range
  4. Quality of movement
Explanation: End-feel is the quality of resistance felt by the practitioner at the end of a passive range of motion. During active motion, the practitioner is observing, not feeling the resistance at the end of the range, so end-feel cannot be assessed.

Question 17

During a client's resisted hip abduction, they are able to hold the position against strong pressure but the movement is painful. This finding is best documented as:

  1. Strong and painless
  2. Weak and painless
  3. Strong and painful (correct answer)
  4. Weak and painful
Explanation: Resisted range of motion findings are typically classified into four categories. 'Strong and painful' indicates that the muscle can generate force but there is likely a minor lesion in the muscle or tendon (e.g., a strain or tendonitis).

Question 18

A hypermobile joint will exhibit:

  1. A decreased passive range of motion.
  2. An excessive passive range of motion. (correct answer)
  3. A painful active range of motion.
  4. A limited active range of motion.
Explanation: Hypermobility is a condition where a joint has a range of motion beyond what is considered normal, often due to ligamentous laxity. This would be identified during passive range of motion assessment as an excessive amount of movement before the end-feel is reached.

Question 19

When performing a resisted test for hip abduction in a side-lying position, the therapist observes the client elevating their pelvis. This compensation pattern, known as hip hiking, indicates weakness in the gluteus medius and synergistic overuse of the:

  1. Contralateral adductor magnus.
  2. Ipsilateral tensor fasciae latae.
  3. Ipsilateral quadratus lumborum. (correct answer)
  4. Contralateral gluteus maximus.
Explanation: To get an accurate measure of a muscle's strength, the therapist must watch for and prevent compensations. When the primary hip abductor (gluteus medius) is weak, clients often compensate by using their quadratus lumborum (QL) to hike the hip, which gives the illusion of abduction. Recognizing this substitution is crucial for accurate assessment and treatment planning.

Question 20

A client with an acute lumbar muscle strain experiences a sudden, involuntary contraction of the paraspinal muscles that halts movement when the therapist attempts passive trunk rotation. This abrupt, shaky end-feel is best described as:

  1. Bone-to-bone, indicating degenerative joint changes.
  2. Muscle guarding, representing a protective spasm. (correct answer)
  3. Capsular, suggesting a restriction in the facet joint capsules.
  4. Ligamentous, feeling like a firm, non-elastic stop.
Explanation: Muscle guarding is a protective, reflexive muscle spasm that occurs in response to pain or the anticipation of pain during movement, especially with acute injuries. It is felt as a sudden, hard, often shaky stop that prevents further motion. It is distinct from the leathery feel of a capsular end-feel or the hard stop of a bone-to-bone end-feel.