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in the arm there is a special bone called aclopises and alows you swim without your joint getting hurt.
The medial roataion is the movement of Glenohumeral joint .
A saddle joint provides the closest to omnidirectional movement.
The principal movements occurring at this joint are flexion and extension of the leg, but some rotation also occurs in the flexed position.Flexion and extension of the knee joint are very free movements.
A fibrous joint. Fibrous joints are connected by dense connective tissue and have minimal to no movement. An example of a fibrous joint is the sutures of the skull.
If you mean the knee joint it is flexion and extension in any running movement.
in the arm there is a special bone called aclopises and alows you swim without your joint getting hurt.
It depends on what body part is moving - you will have to ask your question about a specific motion such as raising your arm or sitting down or whichever movement you are thinking of.
To increase the angle of a joint is extension. To decrease the angle of a joint is flexion. (plato users the answer is A.)
The medial roataion is the movement of Glenohumeral joint .
swimming
Butterfly rainforest
A ball-and-socket joint, like the hip joint, allows for a wide range of movement as it allows both rotational and circumduction movements.
A saddle joint provides the closest to omnidirectional movement.
The principal movements occurring at this joint are flexion and extension of the leg, but some rotation also occurs in the flexed position.Flexion and extension of the knee joint are very free movements.
Shoulder extension is the movement of the arm backward, away from the front of the body, primarily occurring at the shoulder joint. This action involves the posterior deltoid, latissimus dorsi, teres major, and triceps brachii muscles. Shoulder extension is crucial for various activities, including reaching behind, swimming, and certain athletic motions. It plays a significant role in maintaining shoulder joint stability and overall upper body function.
Plantarflexion is the opposite movement of dorsiflexion in the ankle joint.