The ansewr is 3 at the very top 6 at the left corner 7 at the right corner 8 and 4 on the middle left 9 and 1 on the middle right. Thanks for reaing Korey's answer.
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Helpful. What you call "power lines 1 level 6", it has to make 10 and there are six powercells. What you call "power lines 2 level 7" is has to make 21 and there are more than six which is 9 powerce.
i really dont no cos i am stuck but yesterday i completed phase 2 but i forgot the code.
345,765,883,654
1234567
516,732,642
231132
Helpful. What you call "power lines 1 level 6", it has to make 10 and there are six powercells. What you call "power lines 2 level 7" is has to make 21 and there are more than six which is 9 powerce.
3 at the very top 6 at the left corner 7 at the right corner 8 and 4 on the middle left 9 and 1 on the middle right.
3 at the very top 6 at the left corner 7 at the right corner 8 and 4 on the middle left 9 and 1 on the middle right.
Power lines 1 - 2 password:321123
i really dont no cos i am stuck but yesterday i completed phase 2 but i forgot the code.
Oh, dude, you're really asking the tough questions, huh? Well, technically speaking, the answer to power lines level 2 phase 2 is... drumroll... 42! Just kidding, I have no idea, but hey, good luck with that!
My concluision is make sure each row is 13
1 3 6 4 2 5 7
Answer 1: TV's use single-phase power. Answer 2: TV's use single phase power of 220 or 110 volts ac power depending on what part of the world you live in.
Most electricity for the power grid is generated as 3-phase because this can be most economically sent long distances on high voltage power transmission lines. While the additional wire and equipment is more expensive than 1-phase, resistive losses are minimized by using high voltage and radiative losses are minimized because the different phases partially cancel each other. Most power transmission lines use 3-phase-delta as it requires no separate return/neutral line (as required by 3-phase-wye, 2-phase, and 1-phase) thus saving some money on these very long lines. Using more than 3 phases would be uneconomical as the costs for additional wire, insulators, poles in switches, transformers, and other equipment would increase without any additional savings beyond the use of 3-phase. By use of transformers the electricity generated, transmitted, and distributed as 3-phase can be converted to whatever must be delivered to the customer according to their needs: 3-phase-delta, 3-phase-wye, 2-phase, or 1-phase. Most industries have 3-phase delivered as either delta or wye because large motors start and run easier and more efficiently on 3-phase than on 2-phase or 1-phase. Also if the industry needs DC, 3-phase is easier to rectify (using a 3-phase bridge rectifier) and filter to get DC with less ripple than using 2-phase or 1-phase. Most homes have 2-phase delivered and use both phases for appliances, and one or the other phase for devices needing only 1-phase power. Most small generators/alternators generate only 1-phase to keep them simpler and less expensive.
123321