Nope. A joint is flexible if the muscles (with their attached tendons) are not spasmed, and if the ligaments are not too short. Stretching can frequently lead to increased flexibility (and mobility). This stretching tends to lengthen both the muscles and ligaments. On the other hand, if a joint is too hypermobile (unstable), exercise against resistance will tend to shorten these structures (first muscles, later ligaments), and can be very helpful...e.g., in the neck, which tends to be the most unstable part of the human spine.
--Dr. Halle
Flexibility
Shoulder
It provides the greatest amount of flexibility among the joints.
a ligament is a tissue that holds the bones together at the joint
Connective and skeletal muscle tissue!
Flexibility
hyper mobility, joint laxity, body build, and flexibility
Shoulder
A joint's range of motion cannot be maintained with age. A joint's range of motion will be lost if the joint is not used regularly. Flexibility decreases with age because muscle strength increases. Flexibility decreases at a rate predetermined at birth
flexibility
Range of motion exercises help maintain normal joint function by increasing and preserving joint mobility and flexibility.
cartilaginous joint
The range of movements at,across and around the joint.
Soft tissue that contributes to flexibility is altered in a program to increase flexibility. People's interest in flexibility training dates back to the early 1900's.
Flexibility
for plato users the answer is A. flexibility
the angle of movement around a joint