which type of muscles cannot be contolled
voluntary muscles
they are called caultonary muscles. YOU want to use them
Skeletal muscles can be consciously controlled during exercise, whereas cardiac and smooth muscles cannot be consciously controlled.
Involuntarily controlled muscles
There are some muscles in the body we cannot control: they are called involuntary muscles and cardiac muscles. Involuntary muscles are found in the digestive tract for example. Cardiac muscles are found in the heart. Neither these two muscle types are controlled. We can control what are called voluntary muscles which are the muscles that were used to move our bones.
moving your arms,legs,fingers,etc.
All muscles are controlled by impulses from the brain. Skeletal muscle is, with few exceptions, the only type of muscle that can be controlled at will.
Striated (also called voluntary).
Muscle tissue. Cardiac: the muscles in or related to the heart Skeletal: muscles that you can voluntarily control, such as your biceps Smooth: muscles in or around your organs, which cannot be voluntarily controlled (ie. the muscles in your stomach or intestines)
Cardiac muscle (heart muscle): a type of striated muscle exclusively in the heart, can be called an involuntary muscle, although it may be classified separately due to its structural differences. It is controlled by nerve impulses produced by a natural pacemaker called the sinoatrial node, the rate of which is controlled by the autonomic nervous system. Smooth muscles, a type of non-striated muscle, include the radially arranged iris muscles, the digestive system, reproductive system, major blood vessels, the skin, and internal organs. These are also controlled by the autonomic nervous system. Involuntary muscles are muscles controlled only by the central nervous system, and (in some cases) by hormones. These cannot be controlled consciously. The pupils of the eye are an example of this as they contract quickly when the eye is exposed to bright light
Skeletal muscles are controlled by motor neurons in the somatic branch of the peripheral nervous system, which is controlled by the central nervous system.
because its attach to the bones movement is a shorten shorten contrast