Voltage and Electric Field

[I'm Mr.B]

Can any one derive the basic relationship between voltage and electric
field?

 

[Globemaker]

On May 7, 11:56 am, "I'm Mr.B" <iambhara...@gmail.com> wrote:

Can any one derive the basic relationship between voltage and electric
field?
i went to google.com and searched for :

relationship between voltage and electric field?

google proved this link

http://www.vias.org/physics/bk4_06_04_03.html

if you want me to do more google searches for you, please ask. your
wish is my command line.

 

[Jasen Betts]

On 2011-05-07, I'm Mr.B <iambharathy@gmail.com> wrote:

Can any one derive the basic relationship between voltage and electric
field?

Richard Feynman

--
⚂⚃ 100% natural

 

[Stretto]

"I'm Mr.B" wrote in message
news:fb25ee51-48eb-4bc6-b785-21916e2b89de@z7g2000prh.googlegroups.com...

Can any one derive the basic relationship between voltage and electric
field?

---------

Huh?

The gradient of the potential difference is the electric field. Is that
basic enough for you?

 

[tuinkabouter]

Op 5/7/2011 5:56 PM, I'm Mr.B schreef:

Can any one derive the basic relationship between voltage and electric
field?

The higher the voltage, the higher the electro static field.

--
pim.

 

[Phil Hobbs]

I'm Mr.B wrote:

Can any one derive the basic relationship between voltage and electric
field?

In the electrostatic limit (i.e. keeping the frequency very small
compared to c divided by the typical dimension of the problem), the
voltage between points A and B is the line integral of _E_ dot _ds_
along any path between A and B.

(It gets more complicated in the time-varying case--you have to worry
about what gauge you're in.)

Cheers

Phil Hobbs

--
Dr Philip C D Hobbs
Principal
ElectroOptical Innovations
55 Orchard Rd
Briarcliff Manor NY 10510
845-480-2058

email: hobbs (atsign) electrooptical (period) net
http://electrooptical.net