The brain.
You cannot control your involuntary organ. You can control your voluntary organ.
Muscles that are under your conscious control are voluntary, such as flexing your elbow. The ones under unconscious control are either reflexive or involuntary, such as the muscles that move your food through your digestive system, or make your heart beat.
the lungs, you can breath but you can also hold your breath. People might say brain but its not, your mind is always working even in deep sleep.
The tongue consists of a group of voluntary muscles.
leg is this correct
The medical term for muscles located within an organ is "smooth muscles" or "involuntary muscles." These muscles are responsible for the involuntary movements of internal organs, such as those in the digestive system, blood vessels, and uterus.
brain
The heart as both involuntary and striated muscles. The striations are similar skeletal muscles. Heart muscles are involuntary like the muscles seen in the digestive tract, called smooth muscle.
Yes, the autonomic nervous system controls involuntary actions of organs like heartbeat and digestion, while the somatic nervous system controls voluntary movements like walking and talking. The autonomic system operates without conscious effort, while the somatic system responds to conscious commands from the brain.
The brain is the main organ of the nervous system. It processes and interprets information received from sensory receptors throughout the body, controls voluntary and involuntary actions, and allows us to think, feel, learn, and remember.
If by involuntary you mean acting of its own accord, the organ the lungs act without you controlling them, even when you hold your breath eventually you will breathe of your own accord. The stomach and intestines are involuntary muscles.
Urinary bladder mainly contains two types of musces 1. Smooth muscles, forming the wall of the bladder ( Detrusor muscle ) and the internal urethral sphincter ( which controls the flow of urine which is involuntary ), and 2. Skeletal muscle, which forms the external urethral sphicter with which we can control the flow of urine.. ( voluntary control of flow )