Supply companies allow 3-4 kilowatts per house for a group of houses so that the different loads average out. On that basis 1.5 GW could be used to power around 400,000 houses.
15 carpenter, 45 houses, 90 days. Each carpenter restores 3 houses in 90 days. 5 carpenter restore 15 houses in 90 days. Therefore, 5 carpenters restore 30 houses in 180 days.
A kw, or Killowatt = 8.7 amps. So, 30 x 8.7 = approximately 260 amps. A wall Air conditioner draws about 12-15 amps. A refrigerator about 10-12 amps, a 100 watt light bulb .87 amps or less than 1 amp. Houses typically have either a 100 amp main breaker or, 150 and up. In the old days, 60 amps was common. Your answer is, as many houses as it takes to use 260 amps. If it's for a generator, as backup, 4-8 houses to keep the required things working. BUT use a large cable to run the power. 260 amp cable is about 3 ought size. Good luck.
10 to the power of 15
* 45/15 = 3 -> Each carpenter restores 3 houses in 90 days. * 5*3 = 15 -> 5 carpenters restore 15 houses in 90 days. * -> 5 carpenters restore 30 houses in 90*2 = 180 days. Wot, no electricians?
72
17
A paper wasp nest usually houses around 15 to 20 wasps.
Yes.9:15 = 24:409/15 = 0.624/40 = 0.6
== A number to the second power means 'squared,' so it is 15 x 15, which is 225. == 15 to the second power is nothing but 15 squared.152 = (15 * 15) = 225. Therefore 15 to the second power is 225.225
15 to the 2nd power or 15 squared equals 15 * 15 which equals 225.
15
The answer is 120. If 10 people can paint 60 houses in 120 days, that means 5 people can paint 60 houses in 240 days (inverse proportion). Therefore, if 5 people were to paint 30 houses it would take 120 days.