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I'll take a stab at it.
Electricity, current flow, is like a liquid in a way. Just like a quantity of liquid enclosed in a container has the potential of making a mess on the floor, a quantity of positive and negative charges develops a potential across a material.
The bigger the mess on the floor, the larger was the volume of liquid to begin with. The release onto the floor of the quantity of liquid caused a current, a stream of liquid, to spill to the floor. The size of that stream is proportional to the amount of liquid available and the rate at which the liquid is spilled. The control of the rate can be viewed as a resistance to the flow of the current of liquid.
Moving to the electric, the larger the potential across the material, the more potential there is for current flow. The current flow is determined by the amount of resistance across the potential. If the resistance is decreased, analogous to the container being tipped more, the amount of current increases. If the resistance is increased the opposite happens.
Hence, it is somewhat intuitive to consider the flow of electricity (the movement of charges) like the flow of a fluid.
In fact, just like a fluid moves easier in a larger pipe, current flows easier in a larger conductor. ...but only to a certain extent is that true. For the reality is electron flow in a conductor is actually due to electron drift from end to end and, depending on the forces involved, sometimes that drift will show bunching of the electrons along the surface of the normally very conductive material, bunching leaving an open area behind towards the center of the material. Hence, what used to be a relatively large material that allowed much electron flow can become a relatively small material and impede electron flow, given the same difference of potential from end to end, solely due to these other factors not being considered in this simple explanation.
What else can I help you with?
What is a one fluid model in electricity?
nothiiiiiing
What is the caloric theory of 18th century?
The caloric theory, developed in the 18th century, posited that heat is a fluid-like substance called "caloric" that flows between bodies and is conserved during transfer. According to this theory, caloric could not be created or destroyed, and it was thought to be responsible for thermal phenomena. This conceptualization helped explain heat transfer but was eventually replaced by the kinetic theory of heat and the laws of thermodynamics, which recognized heat as a form of energy rather than a fluid.
When did William Gilbert discovered electricity?
1660, William Gilbert discovered the Earth's Magnetic Field..
Which of the scientists in question 6.a. believed in the caloric theory?
The scientist who believed in the caloric theory was Antoine Lavoisier. He proposed that heat is a fluid-like substance called caloric that flows from hotter to colder bodies. This theory was prevalent in the 18th century but was eventually debunked in favor of the modern understanding of heat as a form of energy.
What is Bagnolds friction law?
Bagnold's law deals with fluid theory. It describes and predicts debris and granular flow down an incline by calculating shear rate.
Who extended two fluid theory of electricity?
James Clerk Maxwell extended the two fluid theory of electricity by proposing a unified theory of electromagnetism. He formulated a set of equations known as Maxwell's equations, which describe the behavior of electric and magnetic fields and how they interact. This work was pivotal in unifying the understanding of electricity and magnetism into a single electromagnetic force.
What does two-fluid theory of electricity mean?
The two-fluid theory of electricity was proposed by Benjamin Franklin in the 18th century. It suggests that electric current consists of two components - positive and negative charges - flowing in opposite directions. This theory was later replaced by the electron theory, which states that electric current is the flow of negatively charged particles called electrons.
Franklin's fluid theory of electricity is essentially the same as Lavoisier's caloric theory?
Na na na goo goo stick your head in doo doo
What were the beliefs about electricity?
In the 18th century, electricity was believed to be a fluid like substance that flowed between objects. This theory led to the concept of electric charge, where objects could either have an excess or deficient amount of this fluid. Scientists like Benjamin Franklin and Alessandro Volta played key roles in developing our understanding of electricity.
Thomas Edison's theory of electricity?
electricity
What has the author Arthur Gordon Webster written?
Arthur Gordon Webster has written: 'The Dynamics of Particles and of Rigid, Elastic, and Fluid Bodies: Being Lectures on ..' 'The theory of electricity and magnetism' -- subject(s): Electricity, Mathematical physics
What is the conventional theory of electricity?
Conventional Electrical theory (simplified) states that electricity flows from positive to negative in contrast to Electron Theory which supposes negative to positive flow of electrons.
What is a one fluid model in electricity?
nothiiiiiing
What is the electon theory?
The theory belief is that electricity flows from a negative source to a positive source.
Will transmission fluid conduct electricity?
Transmission fluid is generally not a good conductor of electricity. It is designed to be an insulating fluid, helping to protect electrical components within the transmission system. However, if the fluid becomes contaminated with water or other conductive substances, it could potentially conduct electricity to some extent. In normal conditions, though, it acts primarily as a lubricant and hydraulic fluid.
What is the definition of caloric theory in physics?
Caloric theory said that heat is travelling from hot body to cold one in form of a fluid and this fluid is called as caloric , this is actually the problem because you know that heat is a form of energy where as the scientist presenting the theory says it is a fluid.
What is one fluid theory?
One fluid theory, also known as magnetohydrodynamics (MHD), describes the behavior of plasma as a single fluid. It combines the laws of fluid dynamics with Maxwell's equations for electromagnetism to study the behavior of conducting fluids in the presence of electromagnetic fields. This theory is applicable in various fields such as astrophysics, fusion research, and geophysics.
