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Anonymous Poster

Basic Electrical Question

08/16/2010 7:37 AM

what is home's law in electrical engineering?

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Guru
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#1

Re: electrical

08/16/2010 7:48 AM

Mike Holmes' law on any engineering is Make It Right.

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Anonymous Poster
#2

Re: electrical

08/16/2010 8:01 AM

let me explain it:

Home's Law contains man,women and children where

Man = Power

Women = Voltage

Children = Current

Now: Man/Women = Children

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Anonymous Poster
#4
In reply to #2

Re: electrical

08/16/2010 8:37 AM

Can you please re-write your question. There is OHM'S LAW AND NOT HOME'S LAW.

wE WILL HELP ONLY IF THE QUESTION IS CLEAR.

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Guru
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#3

Re: electrical

08/16/2010 8:25 AM

It's either a spelling mistake or it's pispropouncitation.

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#5

Re: Basic Electrical Question

08/16/2010 12:25 PM

in the house all device connected in parallel

becaue the volage is constant to all load

and when any fault occur the system doesnt stop .

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Anonymous Poster
#6

Re: Basic Electrical Question

08/17/2010 2:06 AM

a story on home law is like this father is generator,mother is light,3 sons resistor ,capacitor and inductor.when father go sick resistor cant help and capacitor and inductor helps as they can store power.

-hit

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Anonymous Poster
#7
In reply to #6

Re: Basic Electrical Question

08/17/2010 8:12 AM

Good story, after shuting down the generator, all family will die.

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Anonymous Poster
#8

Re: Basic Electrical Question

08/18/2010 5:46 AM

Are you asking about homes' law like father in law or mother in law or sister in law?..someting like that.....

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#9

Re: Basic Electrical Question

08/19/2010 3:57 AM

Lo and behold, there is a Homes's Law, pertaining to cuprate superconductors.

"In superconductivity, Homes's law is an empirical relation that states that a superconductor's critical temperature (Tc) is proportional to the strength of the superconducting state for temperatures well below Tc close to zero temperature (also referred to as the fully-formed superfluid density, ρs0) multiplied by the electrical resistivity ρdc measured just above the critical temperature. In cuprate high-temperature superconductors the relation follows the form

.

[Wikipedia]

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