It is a plane joint
gliding
Yes
the suture joint which is the skull. the ball and socket joint which is the shoulder and the pivoting you knee or your wrist and the sliding which is the plate on your hand
An ellipsoid joint, also called a condyloid joint, is classified as a synovial joint. An example would be your metacarpophalangeal joints (MCP) in your hands, between the matacarpal and first phalanx of the finger (your knuckle). It allows movement in two directions.
knee joints because they help you walk
A joint is the location at which two or more bones make contact.They are constructed to allow movement and provide mechanical support, and are classified structurally and functionally.so joints do not move, they allow movement.
Gliding movements occur when one flat, or nearly flat, bone surface glides or slips over another without appreciable angulation or rotation; this type of movement occurs at the intercarpal and intertarsal joints
the site of junction or union between bones, especially one that allows motion of the bones.
Joints
glenohumeral joint and coxal joint are both ball-and-socket joints which are diarthrotic. intercarpal and intertarsal joints as well as the elbow joint and atlantoaxial joint are also diarthrotic
Long
Yes
There are several ways in which joints are classified. The main classifications are in regard to how much they move. The classical terms are Synarthrotic, Amphiarthrotic, and Diarthrotic, where the Diarthrotic are the most movable. The diarthrotic joints are also called freely moving, or synovial joints. These can be classified by how they move. There are monoaxial joints, which move in one plane, or around a central axis. Then there are biaxial joints that move in two planes of movement. And, finally, there are the multiaxial (sometimes called triaxial) joints that move in more than two planes. The monoaxial joints can be subdivided into hinge and pivot joints. The biaxial joints can be subdivided into ellipsoidal and saddle. And, the multiaxial joints can be subdivided into gliding and ball-and-socket joints.
sutures, syndesmoses, and gomphoses
Only very slight movements are possible at fibrous joints; such as the pubic symphysis which is classified as an amphiarthrotic joint.
Classified by type of cartilage: Fibrous joints-immovable such as sutures in the skull. Cartilaginous- partially movable such as vertebrae. Synovial- Freely movable such as knee and finger joints. Classified by functional use: synarthrosis - permits little or no mobility (mostly fibrous joints as in the skull). amphiarthrosis - permits slight mobility (mostly cartilaginous joints as with vertebrae) diarthrosis - freely movable (synovial joints used in body movement)
The joints in the body that have the most movement are called synovial joints, or freely moving joints. Technically they are classified as diarthrotic joints. The difference between synovial joints and the other types of joints is that they contain a synovial sheath that supplies them with synovium, a lubricating fluid. Of the six different types of synovial joints the ball-and-socket joints have the greatest amount of movement. The four ball-and-socket joints in the human body are the ileofemoral joints, hip joints, and the glenohumeral joints, the shoulders.
Joints are classified into 3 types 1) Fibrous, includes joints between skull bones 2) Cartilaginous, includes A) Primary, means there is a sheet of cartilage between bones ( Epiphysis and diaphysis, so that bone can grow in length and get ossified, when growth stops. B) Secondary cartilaginous joints in witch a thin plate of cartilage persists like pubic symphysis. 3) Synovial type of joints, including all mobile joints like shoulder, elbow, hip, knee and ankle joints. They have Synovial membrane.