I read many posts concerned with resistance, current & voltage calculation.
The key to this is OHM's law.
for everybody having problems using the law properly here is an idiot's triangle to solve for any value without errors.
Instructions: Cover the desired value, e.g. Voltage in Volt (U) to calculate for it. What is left of the triangle is R * I. Calculating for either R (Resistance in Ω) or I (Current in Ampéres) (I standing for intensity) cover either one of both. The remainder of the formula is clearly visible: U/I respectively U/R.
For all you noobs out there, don't take offense at Boncuk referring to the idiot's triangle, not that your idiots. It's more of a "Ohm's Law for Dummies" kind of thing.
For all you noobs out there, don't take offense at Boncuk referring to the idiot's triangle, not that your idiots. It's more of a "Ohm's Law for Dummies" kind of thing.
For all you noobs out there, don't take offense at Boncuk referring to the idiot's triangle, not that your idiots. It's more of a "Ohm's Law for Dummies" kind of thing.
For all you noobs out there, don't take offense at Boncuk referring to the idiot's triangle, not that your idiots. It's more of a "Ohm's Law for Dummies" kind of thing.
You know, if you think about it, the village idiot has to be the smartest guy in town. To keep his job, he has to appear to do more idiotic things than the rest of the people in the village. That's hard work.
Ya, you got it. Both sides of my family (great grandfathers and grandmothers) came from Germany around the turn of the 20th century and settled in a Wisconsin farm valley full of other Germans. I was named after my Dad's father.
You know, if you think about it, the village idiot has to be the smartest guy in town. To keep his job, he has to appear to do more idiotic things than the rest of the people in the village. That's hard work.