Young individuals tend to have higher levels of energy, coordination, and flexibility compared to older individuals. Their nervous system is also more adept at learning and adapting to new movements. Additionally, younger individuals may have fewer physical limitations or injuries that can impede motor performance.
The dominant hand reacts faster due to the fact that there are considerably more co-contractions in your preferred hand as you use your dominant hand for every action that you complete only to be aided by the non-dominant hand. All the actions completed by the dominant hand give it an advantage as it is 'practicing'; therefore making the reaction faster. When the ruler drops, the receptor cells (which are the eyes in this case, seeing the ruler drop) respond to the stimulus (the ruler) and set up an electrical impulse in a sensory neurone. When the impulse reaches the central nervous system, another impulse is set up in the relay neurone the electrical impulse then travels up the motor neurone which passes to an effector organ where it triggers a response in the cells of the effector organ, i.e., the hand. This process occurs at a faster rate in the preferred hand in contrast to the non-preferred hand due to more frequent oscillation movements in the dominant hand.
The principle of final common path states that all somatic motor pathways converge on the alpha motor neurons in the spinal cord. These alpha motor neurons innervate skeletal muscles to produce movement. This convergence allows for integration of input from multiple sources before initiating a motor response.
The cerebellum is the area of the brain associated with classical conditioning and motor movements. It plays a crucial role in coordinating voluntary movements and learning new motor skills through repetition and reinforcement.
Handwriting is primarily controlled by motor regions in the brain, particularly the primary motor cortex and supplementary motor area. These regions coordinate the precise muscle movements needed for writing. Damage to these areas can result in changes to an individual's handwriting.
Somatotopy refers to the organization of body parts within the brain regions. In the primary motor cortex, each hemisphere contains a map of the body known as the motor homunculus, where different body parts are represented based on their motor control and movement complexity. This somatotopic arrangement allows for precise and coordinated movement control throughout the body.
how to make mini motor cycles faster
Well what makes a car faster is the type of motor it carrys plus the transmission Well what makes a car faster is the type of motor it carrys plus the transmission Well what makes a car faster is the type of motor it carrys plus the transmission Well what makes a car faster is the type of motor it carrys plus the transmission
Yes. It will make your motor a little faster though, so it depends on what you are powering with this motor. IE Can the piece of eguipment be ran faster?
motor will run at a faster rate.....
as a motor armature speed increases,the net current in the motor windings decreases due to MAGNETIC DRAG. which is a common phenomenon in the ac machines.
Yes. It will make your motor a little faster though, so it depends on what you are powering with this motor. IE Can the piece of eguipment be ran faster?
Put a 12 hp motor on it.
What do you mean by that question? There are a lot of things that change speed in a car. When more air and fuel enter the cylinders on a motor, it makes it speed up. When the motor speeds up, it makes the transmission spin faster, and when you shift gears it makes the driveshaft spin faster, along with the gears in the rearend, unless you have a front wheel drive car, then it makes the wheels spin faster. When the motor speeds up, the accessories driven by the belt or belts on the front of the motor spin faster. when the wheels spin faster, the car goes faster.
U DONT
no. it doesnt...
Replace the motor.
Twist the grip.