Is electric potential is a function of x only, Physics

Assignment Help:

What does it signify to say that the electric potential is a function of x only? More exclusively what does the equipotential diagram (in 3-dimensional space) look like in the case of an electric potential that is a function of x only.

Answer:

An equipotential figure is a picture indicating for each value from a set of values of electric potential that region of space for which all points have that value of electric potential.

When we utter that the electric potential depends on x merely we are saying that all those points in space whose coordinates have one and the similar value of x will have one and the same value of electric potential. In other sense for a given value of x the electric potential will have a certain value no matter what the values of y and z are now the locus (the infinite set) of points in space that all have the same x coordinate form a plane that is parallel to the y-z plane and is in fact a distance x from the y-z plane. Ever since all these points have one and the same value of electric potential the equipotential regions in the case of a potential which is a function of x only are planes parallel to the y-z plane.


Related Discussions:- Is electric potential is a function of x only

Determine the total circuit resistanc, Two resistors, of resistance 3 and ...

Two resistors, of resistance 3 and 6, are connected in parallel across a battery having a voltage of 12V. Determine (a) The total circuit resistance and (b) The current ?

Explain zener diode, It is a highly doped p-n junction which is not smashed...

It is a highly doped p-n junction which is not smashed by high reverse current. The breakdown voltage is made very sharp. In the forward bias, the zener diode do as ordinary diode.

What are the semiconductor devices, What are the Semiconductor Devices? ...

What are the Semiconductor Devices? A semiconductor is a material whose conductivity is much less than a conductor (such as copper), but greater than that of an insulator (such

Electric intensity due to charged conducting spherical shall, Write a short...

Write a short note on different kinds of capacitors. Applying Gauss's law derive the mathematical expression for electric intensity due to a charged conducting spherical shall

Thermodynamics, The internal energy change when a system goes from state A ...

The internal energy change when a system goes from state A to B is 40 kJ/mole. If the system goes from A to B by a reversible path and returns to state A by an irreversible path wh

Construction of a transformer, Construction of a transformer: The essen...

Construction of a transformer: The essential parts of a transformer are: i) core ii) primary coil and iii) secondary coil. In its general form, a core (C) consists of a soft-ir

LINEAR MOTION, what does slope of the tangent drawn on velocity -time graph...

what does slope of the tangent drawn on velocity -time graph at any instant of time give?

Find the payback period, Your company's cost of capital is 12%. You are cur...

Your company's cost of capital is 12%. You are currently evaluating three projects that have the following cash flow streams: a.  Find the payback period, discounted paybac

Explain using newtons laws, An army plane wants to drop supplies to a group...

An army plane wants to drop supplies to a group of physics students stranded on an island. In order for the package to land on the island, the pilot needs to drop the package befor

Define core type transformers, Core type Transformers: In this type of ...

Core type Transformers: In this type of transformer the windings enclose the core (fig. given below). Both the windings are divided and half of every winding is placed on eac

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd