Two joints which are major contenders for "biggest joint" when you take a first glance at the human skeleton, are the hip joint and the knee joint. At first, the HIP looks really big compared to the knee, but when you actually look at the part of the hip that is really considered to be the joint and compare that to the part of the knee that is really considered the joint, you can see that the knee joint is bigger (the place where the bones meet/articulate). So, the knee joint is the biggest joint in the body.
The Shoulder. As a ball and socket joint, it allows for an incredible range of motion.
Next up would be the hip joint, which is almost as flexible.
Depends what you mean. It is a triaxial joint meaning that it can move across all three planes. Your fingers are probably more flexible as they can hyperextend with less discomfort.
This answer will vary depending on every body type. However, in the average human being the shoulder is the most flexible, because it can rotate in the most angles achievable.
i think it is the human tonge!
hinge-type joints: elbows, knees, fingers
Thumb,and toes
synovial
Hmmm, lets ee. Elbows, shoulders, knees, fingers, toes....
Shoulder
Yes, it is.
Gliding joints are the most frequently used joint in your body.
freely moveable joints
movement is caused by the contraction(shortening) of muscles.
The hinge joint, Ball-and- socket joint, pivot joint, and gliding joint helps you move. They help you move because it move's you body arms, legs, neck, ankels,and wrist and help you move side to side back and forth
You actually have two joints in your "head". Most of the joints are immoveable but the joint that the lower jaw makes with the rest of the skull is a movable joint.
The knee joint is likely the most complex in the body, followed by the shoulder joint.
The most numerous blood cells in the human body are red blood cells.
The knee joint is the largest and most extensive in the human body.
in our human body the most mobile joint is shoulder joint.. its is a ball and socket type of of synovial joint.