When the angle of a joint increases, it typically results in extension, which is the movement that straightens the joint and increases the distance between the bones involved. For example, straightening the arm at the elbow increases the angle between the forearm and upper arm. This movement is essential for various physical activities and contributes to the overall range of motion in the body.
When the angle of a joint increases, it produces a movement called "extension." This movement typically occurs in joints such as the knee or elbow, where the angle between the two bones becomes larger. Extension is the opposite of flexion, which decreases the angle between the bones at a joint.
An example of extension movement is straightening the arm at the elbow joint, which occurs when you move your forearm away from your upper arm. This action increases the angle at the joint, allowing for a wider range of motion. Other examples include straightening the leg at the knee or extending the spine during a backbend.
lexion. It decreased the angle of the joint
The torque in a universal joint varies as the angle of the joint changes during rotation. It is highest when the joint is at 0 degrees (in-line), decreases as the joint angle increases, and reaches its lowest point at 90 degrees.
No, synovial fluid actually becomes less viscous with increased movement at the joint. This is because movement helps distribute the fluid more evenly, making it easier for nutrients to reach the joint structures.
To increase the angle of a joint is extension. To decrease the angle of a joint is flexion. (plato users the answer is A.)
extension
When the angle of a joint increases, it produces a movement called "extension." This movement typically occurs in joints such as the knee or elbow, where the angle between the two bones becomes larger. Extension is the opposite of flexion, which decreases the angle between the bones at a joint.
Increasing the angle at a joint is known as extension in anatomical terms. This movement occurs when the angle between two bones at a joint increases, such as straightening the arm or leg. It is the opposite of flexion, where the angle decreases. Proper joint angles are crucial for maintaining mobility and preventing injuries.
The movement that increases the angle between two bones or body surfaces at a joint is called "extension." It typically occurs at hinge joints, such as the elbow or knee, where the angle between the bones straightens. In some joints, like the spine, extension can also involve bending backward. This movement is the opposite of flexion, which decreases the angle between the bones.
Flexion decreases the angle between two bones in a joint. Extension increases that angle.
The straightening of a joint so that the angle between bones increases is known as extension. This movement typically occurs in hinge joints, such as the elbow and knee, where the limb straightens out. Extension is the opposite of flexion, which decreases the angle between the bones at a joint.
The straightening motion of a joint that increases the angle between two adjacent segments is called extension. This movement typically occurs at joints such as the elbow or knee, where the limbs straighten out. In contrast, the opposite movement, which decreases the angle between segments, is known as flexion.
Flexion is movement during which the knees or elbows are bent to decrease the angle of the joint
In medical terminology, "flex" refers to the movement of a joint that decreases the angle between two body parts. It is the opposite of extension, which increases the angle between body parts. An example of flexion is bending the elbow or knee.
Bending a joint is a flexion movement. It decreases the angle between two body parts (such as the thigh and calf at the knee joint).
the angle of movement around a joint