Yes. The shoulders are ABOVE (superior) to hip.
You have ball and socket type of joints, in the both shoulder and hip joints.
Left shoulder, right shoulder, left hip, right hip.
Ball-and-Socket Joints. Smooth, hemispherical head fits within a cuplike socket. Only mutiaxial joints in the body are the shoulder joint - head of humerus into glenoid cavity of scapula and the hip joint - head of femur into acetabulum of hip bone.
Both the hip and shoulder joints are referred to as ball and socket joints.
in the hip or shoulder joints
your shoulder is a ball and socket join and your hip and femur form one as well.
It isn't. The hip socket is deeper than the shoulder socket. The shoulder socket is shallow to ensure a broad range of motion of the arm. The deep hip socket is for stability of the leg.
The hip has larger and stronger muscles holding it in place than the shoulder, so when the hip gets hut, it tends to keep everything where it should be
Both joints are enarthrodial (ball and socket joints), but the hip is more stable than the shoulder. This is out of necessity because the hip must support the weight of the body, while the shoulder does not have to. The cup in the hip that the head of the femur sits in is deeper than that of the shoulder holding the head of the humerus. This means less movement for the hip, but more stability.
Flexibility is measured by the range of motion. The range of movement is measured by using a goniometer: hip flexion, hip extension, hip adbuction, hip adduction, shoulder adduction, shoulder fexion, shoulder extension, elbow flexion/extension, and knee flexion/extension.mile run
shoulder and hip
In humans, the Hip. The reason because it is weight bearing.