Question:
The ______ residing in the tendons, acts as a spring to store elastic energy when a tensed muscle is stretched.
The ______ residing in the tendons, acts as a spring to store elastic energy when a tensed muscle is stretched.
Show Hint
Remember:
- SEC = Tendon = Spring-like energy storage
- PEC = Passive resistance
- CC = Active contraction
Updated On: May 22, 2026
- Parallel Elastic Component
- Series Elastic Component
- Contractile Component
- Viscoelastic Component
Show Solution
Verified By Collegedunia
The Correct Option is B
Solution and Explanation
Concept:
Muscle structure is explained using the three-component model:
• Contractile Component (CC): Responsible for active force generation via actin-myosin interaction.
• Parallel Elastic Component (PEC): Includes connective tissues surrounding the muscle; resists passive stretch.
• Series Elastic Component (SEC): Located in tendons and cross-bridge structures; behaves like a spring and stores elastic energy. The Series Elastic Component is particularly important because it stretches when force is applied and stores energy, which can later be released to assist movement.
Step 1: Understanding the location mentioned in the question.
The question clearly states that the component is “residing in the tendons”. Tendons connect muscles to bones and are known for their elastic properties.
Step 2: Identifying which component is present in tendons.
Among the given options:
• Parallel Elastic Component is found in muscle connective tissue, not specifically in tendons.
• Contractile Component is responsible for contraction, not energy storage.
• Viscoelastic Component is a general property, not a specific structural component.
• Series Elastic Component is specifically associated with tendons and cross-bridges.
Step 3: Understanding its function.
The question also mentions that it “acts as a spring to store elastic energy”. This is a defining characteristic of the Series Elastic Component, which stretches under tension and stores potential energy.
Step 4: Final conclusion.
Since both the location (tendon) and function (spring-like energy storage) match the Series Elastic Component, the correct answer is: \[ \boxed{\text{Series Elastic Component}} \]
Muscle structure is explained using the three-component model:
• Contractile Component (CC): Responsible for active force generation via actin-myosin interaction.
• Parallel Elastic Component (PEC): Includes connective tissues surrounding the muscle; resists passive stretch.
• Series Elastic Component (SEC): Located in tendons and cross-bridge structures; behaves like a spring and stores elastic energy. The Series Elastic Component is particularly important because it stretches when force is applied and stores energy, which can later be released to assist movement.
Step 1: Understanding the location mentioned in the question.
The question clearly states that the component is “residing in the tendons”. Tendons connect muscles to bones and are known for their elastic properties.
Step 2: Identifying which component is present in tendons.
Among the given options:
• Parallel Elastic Component is found in muscle connective tissue, not specifically in tendons.
• Contractile Component is responsible for contraction, not energy storage.
• Viscoelastic Component is a general property, not a specific structural component.
• Series Elastic Component is specifically associated with tendons and cross-bridges.
Step 3: Understanding its function.
The question also mentions that it “acts as a spring to store elastic energy”. This is a defining characteristic of the Series Elastic Component, which stretches under tension and stores potential energy.
Step 4: Final conclusion.
Since both the location (tendon) and function (spring-like energy storage) match the Series Elastic Component, the correct answer is: \[ \boxed{\text{Series Elastic Component}} \]
Was this answer helpful?
0
0
Top CUET PG MPT Questions
- The following is affected in Kienbock disease-
- During the ........... the negative membrane becomes less negative, reaches zero and then becomes positive.
Match List-I with List-II (Types of cells in bone tissue with their description)
\[ \begin{array}{|l|l|} \hline \textbf{LIST I} & \textbf{LIST II} \\ \hline A. \ \text{Osteoclasts} & I. \ \text{Mature bone cells} \\ B. \ \text{Osteoblasts} & II. \ \text{Huge cells derived from fusion of monocytes} \\ C. \ \text{Osteocytes} & III. \ \text{Unspecialized bone stem cells from mesenchyme} \\ D. \ \text{Osteoprogenitor cells} & IV. \ \text{Bone building cells} \\ \hline \end{array} \]- Signs and Symptoms of Autonomic dysreflexia are usually seen at what neurological level of spinal cord injury?
- Which of the following pancreatic islet cells secretes insulin?
View More Questions
Top CUET PG General Physiology Questions
- The amount of filtrate formed in all renal corpuscles of both kidneys each minute is:
- Which of the following does NOT determine the Resting Membrane Potential:
- The accommodating resistance is a feature of all given below except:
- Severity of Delayed Onset Muscle Soreness will be maximal after:
- Which of the following are NOT the age-related physiological changes?
View More Questions
Top CUET PG Questions
- Given below are two statements:
Statement I: For Plato the meaning of the word 'Justice' is basically a conception in the mind only.
Statement II: For Plato the meaning of the word 'Justice' is fixed, mind-independently
In the light of the above statements, choose the correct answer from the options given below: - What is the electron count of OS6CO182-?
- XeF4 hydrolysis gives A + B, HF, and Oxygen. Find A and B
- What is more basic in pyrol and pyridine?
- Hydrolysis of Al2C3, Be2?
View More Questions