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The voltage of 190 volts is odd on a 120 volt system. Check your meter against another one that is known to be accurate to make sure that the first meter is not giving you a wrong reading.
No. 140 volts on a 120 volt system is symptomatic of something wrong. On a 120 volt system, 120 volts is near the top end of the acceptable scale with 110 volts being on the lower end of the acceptable scale. The first thing that you should do is check your volt meter against another one to make sure that the readings are the same. Many times meters that get knocked about need to be recalibrated. If you know an electrician check your meter reading against what his shows using a common source of voltage at the time.
No Let's look at the current. The current can be calculated in two easy ways using these known data: Volts/Ohms and Watts/Volts Now 12/18 isn't the same as 5/12, so there's something wrong here.
No, not really. 208V is derived from two phases of a 208/120 three phase power system, while 230V (or 240) is a single-phase power system already. Motors and other loads are usually notrated for both voltages, and could be damaged if fed the wrong one. Of course, other devices are rated for both. If so, it will be listed on the nameplate.
Household appliances usually have a voltage of either 110 or 220 volts; there should be a sticker somewhere that tells you the voltage for specific appliances. Make sure you don't plug it into the wrong voltage. Especially plugging an equipment designed for 110V into an outlet that gives 220V will burn your equipment.
Check with a voltmeter A fully charged battery should read approx. 12.8 volts without engine running Should read approx. 13.8-142. volts with engine running if higher than this probably a bad voltage regulator
Wrong question, it depends on the charger, not the golf cart.
The voltage of 190 volts is odd on a 120 volt system. Check your meter against another one that is known to be accurate to make sure that the first meter is not giving you a wrong reading.
Wrong. But the word you're probably looking for is "geocentric."
logic
No. 140 volts on a 120 volt system is symptomatic of something wrong. On a 120 volt system, 120 volts is near the top end of the acceptable scale with 110 volts being on the lower end of the acceptable scale. The first thing that you should do is check your volt meter against another one to make sure that the readings are the same. Many times meters that get knocked about need to be recalibrated. If you know an electrician check your meter reading against what his shows using a common source of voltage at the time.
Fuse? Relay? Switch?
Wrong question. I assume that this pertains to a car and not a house. All modern cars run on a 12-volt system. So what I think you meant to ask is "how many AMPS in 90 watts at 12 volts?". Watts divided by volts equals amps, so 90 watts divided by 12 volts equals 7.5 amps. If you are trying to wire in a car stereo amp, better go with a 10 amp fuse.
dont stay at this website because they dont have all your answers so probably their answers are wrong
don't punish him or her to much. He's or she's just a kid. He or she is probably just learning this stuff. Teach him or her that it is wrong but don't yell at him or her
Then the system you are working with will have the wrong process causing things to go wrong
You could average it out to be around 39.17358467025 mega electron-volts. The maximum i would be guessing (Probably wrong) is 39173.58467025 mega electron volts. Sources:I'll just explain how i did it.I got the amount of kilotons in the Hiroshima nuclear bomb, and converted it.i got the amount of megatons in the most explosive nuclear bomb,the Castle/Bravo, and i converted it. Of course, i converted it into mega electron-volts. This is only a guess. When i said you could average it out, i meant in like world war 2 averaging it out. If you wanted the average THEN, then it would be about 39.17358467025 mega electro-volts. Find out the mean between those two numbers, because the minimum NOW could probably be 39.17358467025 Mega Electron-volts. So I am guessing it should be over 12,000 Mega Electron Volts, but that's only an estimation.Somewhere around 15,000-20,000 should be your answer. I calculated, and it should be 19603.292335125 Mega Electron Volts.