The hip joint and the shoulder joint are the two joints in the body that are considered ball-in-socket joints. These joints allow for a wide range of motion in multiple directions due to the spherical shape of the ball-like bone fitting into the socket-like bone.
Ball and socket joints allow for the most movement because the rounded end of one bone fits into the cup-like socket of another bone, allowing for a wide range of motion in multiple directions. This shape and structure allows for rotation, flexion, extension, abduction, adduction, and circumduction movements.
Ball-and-socket joints permit the widest range of movement. Examples include the shoulder and hip joints, which allow movement in multiple directions due to their spherical shape and the freedom of motion of the ball within the socket.
A ball-and-socket joint allows the most movement compared to other types of movable joints. This type of joint provides a wide range of motion due to its spherical shape that allows for multidirectional movement. Examples of ball-and-socket joints in the human body include the hip and shoulder joints.
Synovial joint is another name for it.the ball-and-socket joint allow the greatest rang of motion. The ball-and-socket joint in your shoulder allows you to swing your arm freely in a circle. and did you know hips also has a ball-and-socket joint
The dandelion is a weed that is in the shape of a ball. The Ball Flower is a flower in shape of a ball as well.
A sphere/circle is like the shape of a ball.
No, a ball does not have a definite shape because it is a three-dimensional object that is round and symmetrical from all angles.
solid figure that has the shape of a round ball
The shape of a rugby ball.
you could have a ball or a piece of cheese in a ball shape.
A Sphere is an the name for a shape of a 3D object that is like a ball or a globe. If the shape is 2D then it is a circle
because it's a ball and a ball is round you idiot!
a ball
a cicel a or as known as a ball a ball is round
As a squashed ball regains its shape, the potential energy stored in the ball decreases. This potential energy is converted back into kinetic energy as the ball expands, causing it to bounce back to its original shape.
Depends on the situation, but yes, it is the air inside the ball having a greater pressure than the air outside the ball which keeps the shape.