Continious Current Carring Capacity Of Oh Line

The procedure is to first get the terms correct. The resistances will actually be the same for AC and DC but not the impedances. In DC circuitry the resistance is the impedance. In AC circuitry the added linear components that change the impedance are the two energy storing devices of an inductor (L) and a capacitor (C). For AC circuitry you must also know the frequency of the AC voltage for unlike a resistor that has the same impedance for every frequency the impedance of these components change with frequency. The equation for the impedance for each component is as follows:

• Xr=R
• Xl=sL=jωL
• Xc=1/(sC)=1/(jωC)

Now j=√(-1), ω=2∏f and s is the Laplace variable.

To properly use this information takes a lot more time and explanation that always includes the student doing homework. If you wish to examine part of this knowledge base on your own I recommend you search the web for Kirchoff's, Norton's, and Thevenin's work on network theory. To properly learn this information I implore to you that you take some organized classes in the Physics of electricity and Calculus.

Also, I know that an OH line could not possibly be a hydronium ion line or a cable to Ohio. What do you mean by an OH line? If you want details in an answer you should provide details in your question. (Punctuation and capitalization would also be polite.)