ohms

Wherever you go, you will find females far less likely than males to see what is so fascinating about ohms, carburetors, or quarks.

The impedance of free space is (unfortunately) a few hundred ohms.

(Someone wrote it was on ohms, but it's not.) About 4V is coming out.

In order to calculate the transmission losses, we’ll assume that the transmission cable used for this application has a resistance of around 0.1 Ohms per km of length.

R125 is often used to refer to resistance of 0.125 Ohms - They may be high wattage resistors (I didn't load article because I am using roaming data while travelling!).

Fine, thin, looped resistance wire - if you drill or cut through it, its resistance changes (either to infinite in case of a clean cut, or a couple ohms in case of two or three shorted-together loop).

The voltage drop is easy to figure out with Ohms law: Volts = Amps * Ohms Rewriting these with V = voltage, I = current in amps, R = resistance in ohms and P = power in Watts and simplifying one gets: P = V * I P = (I * R) * I P = I**2 * R So power losses are proportional to the square of the current flowing through any given piece of wire (that will have a resistance independent of the voltage or current).

The MDR-7509 and its successors the 7910 and 7920 have a lower impedance than the 7506 (24 vs 63 ohms) so if you plug them into the same sound source the higher-numbered models will be a bit louder - and as we all know, 'louder = better' for most people.

Internal resistance of human body (and this doesn't require "open wounds") is between 300 ohms and 1k ohm.

When a physicist speculates, and someone points out that implies a sign reversal in ohms law, "oh well, I'll try again later".

At 48V, this is equivalent to a hand to hand (assuming the second hand is the exit point) resistance of ~2,823 Ohms.

Anyway for daily beating at office I would recommend DT 770 PRO, 80 Ohms.

He died before he could record his Ohms.