When a stimulus is applied to a sensory ending, it can lead to the generation of a receptor potential. This receptor potential is a graded potential that can trigger an action potential along the sensory neuron, leading to the transmission of the sensory input to the central nervous system for processing and interpretation.
In seismic coefficient method, seismic forces are calculated using a single coefficient that is applied uniformly to the structure based on its weight. In contrast, response spectrum method considers the dynamic response of the structure by using a spectrum that represents the maximum response of a range of single-degree-of-freedom systems to the ground motion. Response spectrum method provides a more detailed and accurate analysis of the structure's response to earthquakes compared to the simplified seismic coefficient method.
To make electrons move in the same direction, an electric field must be applied. This can be achieved by connecting a voltage source, such as a battery, which creates a potential difference. The electric field exerts a force on the electrons, causing them to flow in a coordinated manner, typically through a conductor. This organized movement of electrons constitutes an electric current.
Osmosis is a term applied to the movement of a solution to a zone with solutes.Diffusion is a term applied to a substance moving from a high concentration zone to a low concentration zone.
The voltage source that is applied to them is the difference between AC and DC light bulbs.
Current flows through the wire due to the movement of free electrons within the material, in response to the electric field established by the potential difference. The current is directly proportional to the applied potential difference, as described by Ohm's Law, provided the material's resistance remains constant.
burn or burst
The potential difference between the terminals of a connection wire is determined by the voltage difference applied across the wire. This voltage difference creates an electric field within the wire that causes charge carriers to move and establish a potential difference between the terminals.
electromotive force...
An electrical potential difference (aka. a difference in applied voltage), and a conductor / circuit. Electrons would help too.
Yes, there can be a potential difference between two conductors that carry like charges of the same magnitude. This can occur if the conductors are at different potentials due to external influences or if the conductors are part of a circuit where there is a potential difference applied.
The term potential energy is applied to the energy a thing or material has because of its nature or position. Things can have potential energy because they are at an elevated point in a gravimetric field. There are types of mechanical potential energy like that held in a spring. Things or materials can also have potential energy because of their chemical, electromagnetic or nuclear characteristics. The term potential difference is applied to compare two things or substances, or points in a system (like an electrical circuit) that are at different potentials. A roller coaster at the top of the "starting grade" will have a greater potential energy (positional energy owing to gravity) than one at the end of its run. A chemical explosive has a higher chemical potential than the chemical components used to make it.
Resistance is due to a property specific resistance of material. In no way resistance depends on the voltage applied. This is the case of ordinary conductor. But in case of semi conductor or insulator there may be chances to get a variation of conductance and hence resistance due to potential applied.
Power is VI so 360 watts.
This answer should contain the amount of turns that the primary and secoundary have.
The difference of academic and applied courses is that: ACADEMIC- gets you to university APPLIED- get you to college
peizoelectricity is generated by peizoelectric material like quartz crystal. they have an interesting characteristic of developing potential difference when stress is applied on them. it it due to the imbalace in molecular lattice or separation of charges due to applied stress