yes
The skeletal muscle is voluntary. Voluntary muscles are the muscles that you have the ability to control. This includes moving your arm, chewing, or moving your legs. Involuntary muscles are muscles you have no control over. A good example of that would be smooth muscles that help with digestion.
All skeletal muscles are voluntarily controlled, meaning you have to think about moving them. Muscles, such as the heart, are involuntary because they are being used constantly and essential for surviving.
If you think about it, skeletal muscle are muscles that connect bones. So wherever you have bone, it is covered with skeletal muscle. Muscles do not connect bones. Muscles are the source for movement and protection for bones.
With some muscles, called voluntary muscles, you must think of the movement for it to happen. With involuntary muscles, however (like the heart and diaphragm), your brain does the moving automatically without you having to think about it ahead of time.
i think its the brain...
Skeletal muscles.
There are three types of muscles: Skeletal (what we think of when we move our bodies), Cardiac (muscle found only in the heart), and Smooth (muscle in our organs, such as the stomach). Cardiac muscles are striated muscles, they have striations just like skeletal muscles. Striations help move muscles, basically. Hope this helped a little.
i am not too sure about that however these examples may help: example of a smooth muscle-when you blink skeletal musle -when you speak, aka "striated muscle" - quick reacting muscle fibers.
"all muscles are controlled by thought" Is incorrect, sorry. Voluntary muscles are controlled by thoughts, the ones we don't control by thought, ie, your heart, is involuntary. So the answer is voluntary. :)
I think you have the skeletal system confused with the muscular system. Muscles are voluntary and involuntary, not bones.
Ligaments attach bone to bone (think patella to femur) and tendons attach muscles to bone (think Achilles tendon).
Cardiorespiratory fitness is the ability of the respiratory systems to efficiently transfer oxygen and nutrients to skeletal muscles.