The stimulus is your bodies reaction to something, say you burnt your hand, this is the stimulus. The reaction is your bodies response to it. In this sense the stimulus will be sensed by sensory neurones which pass an electrical impulse through relay neurons until the impulse gets to the Central Nervous System. This then, gives out another impulse which travels down a Motor Neuron to the muscle telling your hand to be removed from the surface.....
1. Induction Motor has an air-gap but transformer has no air gap rather it is mutually link. 2. Induction Motor has high no-load current than transformer. 3. Induction Motor is a dynamic device. 4. Induction Motor has high power factor.
A shorted motor would read zero ohms. Note, however, that a meg ohm tester is not an appropriate test device to assess if the motor is shorted, because the difference between shorted and "operational" can often be just a few ohms - you need a low resistance test device - not a meg ohm tester.
The capacitor is used to create a second phase from the single phase power source and it is the interaction between these two phases that causes the motor to turn.
In an induction motor, power is supplied to the rotor using a changing magnetic flux i.e. without any true conductive contact. Similarly, in a transformer, the power is transferred from the primary coil to the secondry one using a varying magnetic flux and the plates have no physical linkage. Hence, the similarity between an induction motor and a transformer is very basic i.e. they both use the phenomenon of electromagnetic induction to transfer power from one part to another.
Between the sensory neuron and the motor neuron lies the interneuron. Interneurons communicate and process information within the central nervous system, helping to integrate and coordinate sensory inputs with appropriate motor outputs.
Motor Neuron and Sensory Neuron
The pathway between a sensory neuron and a motor neuron is completed by an interneuron, also known as an association neuron. Interneurons relay signals between sensory and motor neurons, integrating and processing information before sending signals to initiate a response.
What connects sensory and motor neuron is the impulse called interneuron or connector neuron are connected by means of electrical impulse called synape from sensory to motor neuron.
interneuron
Sensory receptor, sensory neuron, interneuron, motor neuron, and muscle.
A relay neurone passes impulses from a sensory neurone to a motor neurone.
The intermediary neuron between the sensory and motor neuron is known as an interneuron. Interneurons help process and integrate sensory information before transmitting signals to motor neurons to execute a response.
There is no specific type of neuron that transmits impulses directly from a motor neuron to a sensory neuron. Motor neurons transmit signals from the central nervous system to muscles or glands, while sensory neurons transmit signals from sensory receptors to the central nervous system for processing. Communication between motor and sensory pathways typically involves interneurons within the central nervous system.
An interneuron (also called relay neuron, association neuron, connector neuron or local circuit neuron) is a neuron that forms a connection between other neurons. Interneurons are neither motor nor sensory.
Motor
There are 3 types, the motor neuron, the sensory neuron, and the interneuron