muscles can only pull so a bone with only one muscle on it would be pulled to the extreme of the muscles contraction and stay there.
on one end of a tendon comes from the muscles while the other hand is attached to a bone,then it pulls
A muscle attached at only one end is called unipennate muscle. It has a single tendon and its muscle fibers run diagonally to the tendon.
Yes. The tongue is the only muscle in the entire human body that is only attached on one extremity. In that sense the tongue is more like a tentacle than a muscle...
The tongue, there is also suppose to be another tiny one but I cannot remember it.
The temporal bone is the attachment point for the temporalis muscle, which is one of the primary muscles involved in chewing. Additionally, the sternocleidomastoid muscle, which is involved in neck movement, attaches to the temporal bone near the mastoid process.
The muscle that is attached at one end is typically referred to as a "tendinous" muscle. In anatomy, many muscles have tendons that connect them to bone at one end, allowing for movement when the muscle contracts. For example, the biceps brachii has a tendon at one end that attaches to the scapula and another that connects to the radius in the forearm. This arrangement enables the muscle to exert force and facilitate joint movement.
Skeletal muscle is the type attached to bones.
The answer is False. The tendon Connects muscle to the bone.
No, a tendon attaches a muscle to bone. A ligament attaches a bone to another bone.
The incus bone, also known as the anvil, is one of the three small bones in the middle ear, and it is not directly attached to any muscles. Instead, it is connected to the malleus (the hammer) on one side and the stapes (the stirrup) on the other. While the incus itself has no muscle attachments, the muscles of the middle ear, such as the tensor tympani and stapedius, interact with the ossicles to help regulate sound transmission.
There are several, the main one being the biceps brachii.
Ligaments don't attach to muscles. They connect one bone to another.