You can't. Look at the markings, they usually say what it's good for.
I'd have to guess, but it sounds to me like the title of a middle school introductory geometry textbook.
The tolerance is usually marked on the capacitor (unless it is 20%), so without knowing the markings on the actual capacitor I can give no answer. The capacitance and working voltage ratings tell nothing about tolerance and they are all you give. We can take a guess, knowing that a capacitor with those ratings is almost certainly a small electrolytic component. The actual working capacitance of one of those mass produced, low price components can vary by 2 to 1 relative to the marked value. In other words, its tolerance can be +100% and -50%.
I would guess geometrists. Or, broadly, mathematicians.
Sometimes. The exception is when the capacitor is used as a "timing" device. But 7.5 mfd and 5 mfd are so large that one would guess that they are not being used as timing devices.
Sometimes. The exception is when the capacitor is used as a "timing" device. But 7.5 mfd and 5 mfd are so large that one would guess that they are not being used as timing devices.
Geometry is used in my everyday life because I see it everyday. Everything I see is practically geometry. There are posters on my classroom wall, there are desks and chairs, tables, and a big nice white board. I guess this is really how I used geometry in my everyday life.
We can guess that the resistor is used for discharging the capacitor's plates. Generally we short the two terminals on a capacitor to discharge it fully. A resistor will take more time to do this than shorting-out the terminals: the higher the resistance, the longer the time that will be taken to discharge a capacitor fully.
you would be working with guess what i know nick jonas not
it was ok i guess
Hardly Working - 2007 You'll Never Guess 2-16 was released on: USA: March 2008
My guess is low or no oil pressure.
Guess! And follow ppl.