Skeletal muscle tissue is well organized into sarcomeres and it gives it a striated or banded appearance under a microscope. It also has many nuclei which are situated on the periphery of the cell. Lastly it is a voluntary muscle tissue meaning that you can contract it at will.
Smooth muscle tissue is poorly organized and no striations are visible. It is unicucleate which is centrally located and it is an involuntary muscle.
The two main differences between skeletal muscle and smooth muscles are as following. The first one is that under the microscope smooth muscles appear smooth and unstripped, while skeletal muscles appear rough and striped. And the second one is that skeletal muscles are voluntary (they are operated by conscious thought); while smooth muscles are involuntary (they are operated unconsciously by the brain).
I got this answer from Exploring Creation with General Science 2nd Edition by Dr. Jay L. Wile.
Skeletal muscles are voluntary muscles. By contrast, you cannot voluntarily move your heart muscle.
because its attach to the bones movement is a shorten shorten contrast
another name for voluntary muscles are skeletal or striated muscles.
Skeletal or voluntary muscles attach to the skeleton and allow movement. In contrast, smooth muscles are not under voluntary control.
These muscles are called "skeletal muscles".
cardiac and skeletal muscles have one thing in common, that is they are both striated in contrast to the smooth muscles commonly found in the GIT. however the main difference between them is that cardiac muscles function involuntarily while skeletal muscles are under conscious control. --thoughtfulobserver
Cardiac muscle uses aerobic respiration which is rich in myoglobulin, glycogen, and very large mitochondria that fills over 25% of the cell. Skeletal muscle only 2% of the cell. In turn makes cardiac muscle highly resistant to fatigue.
Skeletal muscles .
Skeletal Muscles
skeletal muscles or voluntary muscles
Muscles that move bones are called Smooth muscle cells or Skeletal muscles
Skeletal muscles.