These muscles are found only in the heart.
yes
Smooth Muscle, Cardiac Muscle, and Skeletal Muscle
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 muscles which are only found in heart.In amphibions like crocodiles heart is made up of smooth muscles
Muscle tissue. You have three types of muscles. Skeletal, smooth and cardiac muscles.
Cardiac muscle is involuntary because its muscles related to the heart and if they were voluntary you would have to mentally tell your heart to pump each time. Smooth muscle tissue is involuntary because of the same reason as cardiac but instead it is located in areas such as hollow organs in the body, blood vessels,bladder, uterus,digestive tract.
Smooth Muscles can, but Cardiac Muscles can not.
What cardiac and smooth muscle has in common is that they are both involuntary.
Smooth Muscle, Cardiac Muscle, and Skeletal Muscle
smooth muscles and cardiac muscles
Both smooth and cardiac muscles are involuntary. Skeletal is the one that can move "on purpose."
Both cardiac and smooth muscles are involuntary. The only voluntary muscle type is skeletal muscle.
Skeletal, smooth, cardiac
Both cardiac and smooth muscles are involuntary. The only voluntary muscle type is skeletal muscle.
The cardiac and smooth muscles are involuntary. The cardiac is found only in the heart and the smooth muscles are found mostly inside the walls of organs.
Both cardiac and smooth muscles are involuntary. The only voluntary muscle type is skeletal muscle.
There are smooth and striated muscles. Smooth muscles are involuntary and striated are voluntary. Cardiac muscles (the one that makes up the human heart) can also be considered its own category.
please help me with this answer. :) its cardiac and skeletal, only skeletal, smooth and skeletal, or smooth and cardiac 1 of thoses The skeletal muscle is striated.