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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.
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∙ 12y ago
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What is the cheat for power lines 1 level 5?
42 5 631
What is power lines 1 solution level 5?
down 4531 across 256
What is power lines 1 solution level 6?
361 left36 21 4 5Power lines phase 1 level 6
Megaman battle network 3 how to beat security system in secret area?
You have to beat the number 1 first with a single blow having the same attack power as it's HP then the number 2 will turn to number 1 and just keep doing it
What is power lines 1 solution level 3?
Left 5, top center 3, right 4, top 6, center bottom 2, bottom 1.
What is the answer for power lines phase 1 level 6?
lalalalalalala
What is the difference between the power lines phase 1 level 6 and the power lines 2 phase 7?
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.
How do you beat power lines 2 phase 2?
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.
What is the password for powerline phase 3?
Power lines 1 - 2 password:321123
How do you beat power lines 2 phase 7?
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.
What is the answer to power lines phase 1 level 7?
1 3 6 4 2 5 7
How power is flowing when voltage and phase angle is maintained same?
Assume you are saying that the current and voltage are in phase and you want to know how power is affected. When Voltage and Current are in phase the Power Factor is 1 and you have maximum power being applied. When Voltage and Current are not in phase, Power Factor decreases from 1 toward zero.
Why is power generated only on 1 or 3-phase not any other?
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.
Do televisions use single-phase or 3-phase power?
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.
What is the answer to power lines phase 1 level 8?
center 5 right 6 left 1 bottom left 4 bottom right 7 top right 3 top left 2
What is the power factor when the current and voltage are in phase?
The power factor of a load is the cosine of the angle by which the load current lags or leads the supply voltage. So if they are in phase (phase angle is zero), then the power factor must be unity (1).
What is the power factor of an resititive load?
Power factor is the cosine of the phase angle between voltage and current. In a resistive load, current is in phase, i.e. with a phase angle of 0 degrees, with respect to voltage. Cosine (0) is 1.
