Heart
I believe you mean striated
Striated muscle tissue is marked by transverse dark and light bands, which are made up of elongated fibers. These muscles include skeletal and usually cardiac muscle of vertebrates, and also most of the muscle of arthropods.
Smooth muscle is no way connected to the skeleton, example intestine liver etc. Where as striated muscle is connected to skeleton so it is called striated muscle. And the third type of muscle is Cardiac Muscle. --------------------------- Smooth muscle lack the sarcomeres that give skeletal and cardiac muscles their 'striated' appearance. Skeletal muscle isn't "called striated" because it it attached to the skeleton, it is called striated because sarcomeres give muscle a striated appearance. Thus the name, smooth muscle for looking smooth without striation.
Depends on how big a meat-head you are. There are exactly three types of muscle: cardiac (striated, bifurcated and mononucleated), smooth (no striations, multinucleated), and skeletal (striated, multinulceated).
Basically all of them. When you move anything in your body you are moving muscles, tendons, and your bones. All of the muscles in your body function. Your heart and your diaphragm are your most functional muscles in your body.
Probably skeletal muscle but smooth muscle would be a close second.
Skeletal muscles are typically used the most when a person takes a leisurely walk. These muscles are responsible for voluntary movements like walking and contribute to stability and posture during physical activity.
Cardiac muscle is involuntary striated muscle, most similar to skeletal muscle which is voluntary and striated.
Smooth muscle is involuntary tissue. It is not controlled by the brain. Smooth muscle forms the muscle layers in the walls of organs such as the lower part of the esophagus, stomach and intestines.
Generally, skeletal muscle is voluntarily controlled and smooth muscle is not. Some structures have a combination of both. For example, the bladder is made up of smooth muscle and consists of some skeletal muscle at the sphincter which is capable of "holding" it until you are ready.
Striations in skeletal muscle are produced by the repeating arrangement of protein filaments called actin and myosin. These filaments overlap in a specific pattern, forming alternating light and dark bands known as striations. When muscles contract, the actin and myosin filaments slide past each other, resulting in the shortening of the muscle and the appearance of the striations.