Two theories have been proposed for this topic. One is the open-loop theory which suggests that the decisions are made in the brain and then all the information for that decision is sent as one message to the muscle that will perform the movement, which makes it ideal for fast continuous movement. The other theory is the closed-loop theory and suggests that again the decision is made in the brain but the information isn't sent as one message to the muscle, instead it is sent as lots of different messages to the muscle that will initiate the movement., which explains slow movements well. In this theory feedback is always available and is vital to correct movements in comparison to the open loop which feedback isn't always available and it ins't
Two theories have been proposed for this topic. One is the open-loop theory which suggests that the decisions are made in the brain and then all the information for that decision is sent as one message to the muscle that will perform the movement, which makes it ideal for fast continuous movement. The other theory is the closed-loop theory and suggests that again the decision is made in the brain but the information isn't sent as one message to the muscle, instead it is sent as lots of different messages to the muscle that will initiate the movement., which explains slow movements well. In this theory feedback is always available and is vital to correct movements in comparison to the open loop which feedback isn't always available and it ins't