The rotation of the neck is referred to as cervical rotation. This movement involves turning the head to the left or right around the neck's axis, primarily facilitated by the cervical vertebrae and associated muscles. Cervical rotation is essential for various activities, including looking around and maintaining balance.
The movement is called rotation, where the head pivots around the axis of the neck to enable movement from side to side. This movement primarily involves the atlas and axis vertebrae at the top of the spine.
chocolate pie... but that was 3 years ago...
The full range of rotation for the neck is approximately 90 degrees to each side, totaling 180 degrees from side to side. This allows for movement to the right and left, as well as the ability to turn the head to look behind.
I believe the answer is head and neck. Hope this helps! :)
This is called "rotation" or "spin".
Neck lateral rotation occurs in the transverse plane of motion. This movement involves rotating the head to the left or right around the central axis of the neck.
trapezius
The type of joint found between the first and second vertebrae of the neck region, or the backbone, is called the atlantoaxial joint. It allows for rotation and flexion of the neck.
You're a clunk-head...
It is rotation.
I believe it is called a neck.
The axis is the second cervical vertebra (C2) in the neck region, which forms a joint with the first cervical vertebra (C1) called the atlantoaxial joint. This joint allows for rotation of the head from side to side, giving us a wider range of movement in the neck.
It is called a rotation.
On my fan their is a little switch on the side if the neck of the fan
flexion and lateral rotation of the neck
The Trochoidal joints permit rotational movement around a long axis as with the rotation of the radius at the radioulnar joint. i.e. ( the neck)
The movement is called rotation, where the head pivots around the axis of the neck to enable movement from side to side. This movement primarily involves the atlas and axis vertebrae at the top of the spine.