Ligaments attach bone to bone. Tendons attach muscles to bone.
No, the origin is the attachment of a muscle to a stationary bone. You may have commonly heard of this as a "fixed end".
It can be known as the point of insertion or the point of origin depending on which end of the muscle you are referring to. For example: if you are referring to the biceps brachii muscle, the Point of Origin would be where the muscle attaches to the humerous and the Point of Insertion would be where the muscle attaches to the radius.
Connection of the muscle to a stationary bone is called the Origin of A Muscle. This is also sometimes referred to as insertion.
A muscle attaches to a bone at two points the origin and insertion. The origin is the immovable (stationary) point. The insertion is the movable point. The insertion always moves towards the origin.Fibrous joint? The definition: consists of two bones that are united by fibrous tissue and exhibit little or no movement.
Where a muscle attaches to a bone is at the origin and insertion points. The origin is the immovable (or slightly moveable) attachment point and the the insertion is the movable attachment point. During contraction the insertion moves towards the origin. HOW a muscle attaches to a bone is through tendons.
The origin of a muscle is where the muscle starts ("the starting point"). The insertion of a muscle is where the muscle ends ("the ending point"). Also, the insertion of the muscle is what moves a lot (contrary of the origin where the muscle mostly stays stationary).
insertion
The end of the muscle that is attached to the stationary bone is the point of origin. The muscle end that is attached to the moving bone is the point of insertion, and the action is what the muscle actually does.
Bones are not imbedded in tendons. Tendons attach to the bone from a muscle. The point at which a tendon attaches to a bone is called the 'insertion point'.
The inguinal ligament is a specialization of the inferior border of the external abdominal oblique aponeurosis; it is the site of origin for a part of the internal abdominal oblique muscle and for a part of the transversus abdominis muscle; also known as: Poupart's ligament So basically: - External abdominal muscle - Internal abdominal muscle - Transversus abdominis muscle
By the equivalence principles of relativity you do NOThave to choose a stationary point as a reference, Any point in space may be chosen as no point is truly "stationary" and a point that is stationary in one reference frame will be moving in another.
There is really no such thing as an absolute stationary point. By convention one can be picked as any point in the observer's frame of reference (i.e. any point stationary relative to the observer).
No. More accurately, nothing in the universe is stationary. There is no single fixed reference point in the expanding universe, and all known astronomical objects are in motion with respect to one another.
The fulcrum
An inflection point is not a saddle point, but a saddle point is an inflection point. To be precise, a saddle point is both a stationary point and an inflection point. An inflection point is a point at which the curvature changes sign, so it is not necessary to be a stationary point.