The system that controls coordinated movement in animals is primarily the nervous system, which includes the brain, spinal cord, and peripheral nerves. The brain processes sensory information and sends signals to muscles through motor neurons, enabling precise movements. Additionally, the cerebellum plays a crucial role in balance and coordination by fine-tuning motor activities. Together, these components ensure smooth and efficient movement in response to stimuli.
In the human body, the muscular system, skeletal system, and nervous system work together to facilitate movement. The muscular system provides the force needed for movement by contracting and relaxing, while the skeletal system provides structure and support for the muscles to pull against. The nervous system coordinates and controls muscle contractions through the transmission of electrical signals from the brain to the muscles, allowing for precise and coordinated movement.
The somatic nervous system controls skeletal muscles. It is responsible for voluntary movement and receives motor information from the brain to stimulate muscle contraction.
The device that controls the movement or operation of a tool or machine part is called a controller. It can be manual, such as a lever or dial, or electronic, such as a computerized system or PLC (Programmable Logic Controller).
The activity of all human body systems is coordinated by the nervous system. It regulates and controls various bodily functions through the transmission of electrochemical signals between the brain, spinal cord, and peripheral nerves. This allows for communication and coordination between different parts of the body to maintain homeostasis.
The nervous system controls muscle movement and the senses. It consists of the central nervous system (the brain and spinal cord) and the peripheral nervous system, which includes sensory and motor neurons. The brain processes sensory information and coordinates muscle contractions, allowing for voluntary and involuntary movements. Additionally, it integrates sensory input to help the body respond to its environment.
Nervous.
The nervous system. ( 8th grade ) tyyai , Mrs.White Science Class. ( Biology )
The nervous system senses pain and controls movement.
The organ system that controls the movement of the muscle system is known as the skeletal system.
The nervous system controls the movement of the ribs during breathing. The movement is performed by the musculoskeletal system.
The three systems that work together to enable animal movement are the muscular system, skeletal system, and nervous system. The muscular system generates force through muscle contractions, while the skeletal system provides structure and support, allowing for movement and leverage. The nervous system coordinates and controls these actions by sending signals from the brain to the muscles, ensuring precise and coordinated movements. Together, these systems facilitate locomotion and various forms of movement in animals.
The muscular system controls muscle movement in the body through a process called muscle contraction. When the brain sends signals to the muscles, it triggers the release of chemicals that cause the muscle fibers to shorten and generate force, resulting in movement. This coordinated effort allows for precise control and coordination of movements throughout the body.
The nervous system controls all movement in the body. It sends signals from the brain to the muscles through the spinal cord, coordinating voluntary and involuntary movements.
The skeletal system works to support your body. Without your skeletal frame, you would be unable to move. Humans are vertebrates, meaning we have bony,
The brain controls your speach, movement, and your memory
The sympathetic and parasympathetic nervious system.
Movement involves the coordinated actions of muscles, bones, and the nervous system. Muscles contract and relax to create force, allowing bones to pivot at joints and produce motion. The nervous system controls and regulates these movements by sending signals from the brain to the muscles, integrating sensory feedback to ensure balance and coordination. Additionally, energy is required for movement, often sourced from metabolic processes in the body.