Does electricty gain / lose power traveling up / down hill? [Not]

In summary, my software genius boss is trying to tell me that the reason that the power companies do not bury power lines, is because it costs money to push it back uphill into the homes and businesses. He insists that gravity is such a big factor that it's cheaper for the power companies to repair lines every couple years around here, than bite the bullet, and bury them - one and done. Assuming, as he contends, that the power plants are situated in locations that allow a minimal "push" to get the power into the big high tension towers, and therefore have a leg up on the gravity part of the equation, I still think he's wrong.
  • #1
Blank_Stare
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66
(I Live in Michigan - no power at home since yesterday, and likely not until Sunday - 4 days, because of high winds.)

My software genius boss (really, he's very smart,) is trying to tell me that the reason that the power companies do not bury power lines, is because it costs money to push it back uphill into the homes and businesses. He insists that gravity is such a big factor that it's cheaper for the power companies to repair lines every couple years around here, than bite the bullet, and bury them - one and done.

Assuming, as he contends, that the power plants are situated in locations that allow a minimal "push" to get the power into the big high tension towers, and therefore have a leg up on the gravity part of the equation, I still think he's wrong.

I have been "playing with" electricty, AC and DC for over 40 years, residential, commercial, even some factory work, and I have never heard this (what sounds like an) outrageous assertion, before.

The fact that a cursory search of this forums doesn't even bring up a single result tends to make me even more "resistant" to accepting the idea.

Still, I am humble enough to know that: "There are more things in heaven and earth, than are dreamt of in my philosophy..." (apologies to Shakespeare...) o:)

So can any of you real scholarly types boil this down to a 30 second irrefutable case for me - either way? I will accept being wrong, if I can understand why. Of course, I'll be thrilled if I'm right, because I'm really hoping it's just more "Junk Science".

I'm just not buying that electricity is more than marginally affected by an altitude shift of even a few hundred feet, if at all.

Thanks a "watt"... :wink:
 
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  • #2
Blank_Stare said:
My software genius boss (really, he's very smart,) is trying to tell me that the reason that the power companies do not bury power lines, is because it costs money to push it back uphill into the homes and businesses.
Are you pulling our leg? Could be he's pulling YOUR leg. That is utter nonsense. In fact it is SO nonsensical that I think it falls into the category of stuff we don't even both to debunk.
 
  • #3
I've never heard of this before.
Maybe you should ask him for a source of relevant information.
Then again, if he is your boss, perhaps best to forget it.
 
  • #4
rootone said:
I've never heard of this before.
Maybe you should ask him for a source of relevant information.
Then again, if he is your boss, perhaps best to forget it.

I never have either. He tells a story about a local resident selling power back to the electric utility, and selecting the pole that allows for the least rise from his photo-voltaic array, despite a further distance from the house, because he only has a tiny bit more to sell than he needs for personal use. He also claims that the guy is an electrical engineer.

Phinds may well be right, in that there may be some leg-pulling going on...probably his, by the guy that told him this "scientific fact". Still, if I could throw some hard science at him, it would no longer be a bone of contention.

As long as I am not an arrogant arse, I don't think I'll generate any hard feelings, by sharing the science with him. Problem is, I don't even know what to use as a search criteria on google... Suggestions would be appreciated.

OK, now I have go check my shed for my Smoke-bender, Rope-stretcher, and Snipe-traps... I think I'll be making a few Craigslist Posts... :oldlaugh:
 
  • #5
Be careful he doesn't send you out to buy a tin of striped paint!
Best wishes
 
  • #6
Blank_Stare said:
As long as I am not an arrogant arse, I don't think I'll generate any hard feelings, by sharing the science with him. Problem is, I don't even know what to use as a search criteria on google... Suggestions would be appreciated.
The first thing I tried was "bury power lines"
 
  • #7
willem2 said:
The first thing I tried was "bury power lines"

Good call. Top article quotes multiple reasons why burying power lines is often impractical - power loss is not mentioned.

Gotta go load my cannon...

"On average, EIA (U.S. Energy Information Administration) found, underground lines can cost five to ten times more to build, per mile, than overhead lines."

Still love some good old science to load my other cannon...what scientific concept makes them immune to the pull of gravity?
 
  • #8
phinds said:
Could be he's pulling YOUR leg.
My thought as well. :smile:
 
  • #9
Or is it that the pull is so infinitesimally small, that it isn't worth considering?

I don't like the look and feel of this forum, but they recently has a lively discussion on this topic...
https://www.thenakedscientists.com/forum/index.php?topic=11187.0

I don't know, it seemed ridiculous at first, but there might be a tiny kernel of truth in his story...
 
  • #10
Consider that drift velocity for electrons in a typical current carrying wire is on the order of 10-5 m/s, and that for 60 Hz AC at least, the electrons simply move back and forth and move less than a micrometer in either direction over a cycle. There's no net movement of the charges over time.
 
  • #11
Blank_Stare said:
I don't like the look and feel of this forum, but they recently has a lively discussion on this topic...

there is a lot of garbage in that thread ... so many personal views with little science to back it up

there are tho, a couple of small gems
An electron has mass and therefore will be affected by gravity ------- you are only likely to see this if the electron is isolated from other forces
When in a conductor, the electromagnetic forces between electrons and protons ( within/between the atoms) will be so much stronger
than any gravitational effect so as to render any force of gravity a null effect

and on top of that you need to understand what @gneill posted above this post ... the electrons in the wire in your house, light, heater etc, etc, never leave that position they have, they just oscillate back and forward, not going anywhereDave
 
  • #12
Only 23 days to go until April 1. Think of a good one to get back at your boss. Plan it well. Post here on April 2 how well it worked. :rolleyes:
 
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  • #13
anorlunda said:
Only 23 days to go until April 1. Think of a good one to get back at your boss. Plan it well. Post here on April 2 how well it worked. :rolleyes:
Yeah, maybe do the old "See how the lamp gets dimmer as I carry it up flights of stairs using an extension cord" trick. Have your buddy with a rheostat at the bottom of the stairs adjusting it as you go up the stairs... LOL
 
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  • #14
How about this one.

Every day for 2 weeks, add a cup of gasoline to your boss' gas tank, 2 cups ther 2nd day, 3 cups the 3rd, and so on.. Let him brag around the office about his great mileage.

Then start cutting back a cup a day until zero, then start removing gas, 1 cup the 1st day, 2 cups ... and so on. Make sure that everyone in the office asks him about his great mileage every day. See how long until he figures it out.
 
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  • #15
LOL.

Did you see that episode of the old US TV series "M*A*S*H" where two of the doctors kept altering the pants waistband of the doctor "Charles" that they didn't like? Hilarious.
 
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  • #16
I think you should play along with your boss. This is called “Lying for the Whetstone”, where you sharpen your wits by improving on another's lie.

On 1st April, explain the mechanism to him a being “just like a water siphon”.

In a circuit, the electrons are pulled uphill in one wire, then flow down in the other. That is a siphon, but height is limited by the vapour pressure of electrons. Luckily the VP of electrons in copper wire is very high so it can handle big height differences without too much energy loss.

The electron siphon works best in oxygen free copper because the holes left where the oxygen was removed behave like the capillaries in a tree and so can suck electrons to a great height with much less loss. That is why OF speaker cables are so much better than ordinary copper.

But the real reason why overhead power lines are now preferred is one of public health, due to the U-bend effect. By maintaining positive electron pressure in the U-bend, EMI viruses can be prevented from spreading over the power lines between houses. The insulation on the wires is really just a long thin condom. The first problems with underground power lines were found when the quality of analogue video tape began to deteriorate. That was in the 1980s when transferable noise viruses first developed and spread in residential housing estates that had many tall tower blocks. It was known at the time that the problem could be relieved by placing the power distribution boards on the top floor, but the advent of digital TV and recordings has largely relieved the problem, though some viruses are still present in old equipment.
 
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  • #17
Blank_Stare said:
Or is it that the pull is so infinitesimally small, that it isn't worth considering?
As was mentioned, with AC the electrons just wiggle back and forth. But even if it were DC, it still wouldn't matter because any loss from electrons moving uphill would be gained back by the electrons in the wire next to it going downhill. Exactly like a closed-loop piping system.
 
  • #18
There is also the issue with increased capacitance in underground cables and the resultant loss of efficiency. Some of the increase in cost is likely due to added or more expensive insulation to mitigate this somewhat.

russ_watters said:
But even if it were DC

Worrying about the difference in gravitational potential of electrons is the same as worrying about the Earth going the other way when your elevator goes up.

BoB
 
  • #19
rbelli1 said:
Worrying about the difference in gravitational potential of electrons is the same as worrying about the Earth going the other way when your elevator goes up.
It doesn't; counterweight. :wink:
 
  • #20
russ_watters said:
counterweight

How much does the job pay to add the exact amount of each passenger as they board? And do they get hazard pay when a football team arrives?

BoB
 
  • #21
rbelli1 said:
Worrying about the difference in gravitational potential of electrons is the same as worrying about the Earth going the other way when your elevator goes up.
I don't think the reactive movement of the Earth would be as important as the 550 mm Solid Earth Tide. In a slow moving elevator, taking say 6 hours, that could result in a very significant trip hazard.
 
  • #22
rbelli1 said:
How much does the job pay to add the exact amount of each passenger as they board? And do they get hazard pay when a football team arrives?

BoB
The counterweight is just for the weight of the elevator car. But it might be good to add in the extra weight of the electrons in the belt buckles of the passengers, which we know are heavier going up versus going dow...

HEY, Waidaminute... Where did the OP go? :wideeyed:
 
  • #23
Aside from the rheostat "experiment" (which is more spoof than proof,) is there a simple, yet real proof I could present him with? Something so overwhelming that it just can't be argued away with junk science?

I'm convinced that the weak attraction of gravity is so overwhelmed by the strong attraction of electricity, that it's probably not even measurable on a planatary scale with current technology, much less on the scale of one guy's solar array for his house, and definitely not when we are talking about the excess energy he generates, and sells back to the utility company. But the boss is (cordially) ADAMANT that the electrical engineer could not have been mistaken, and would not have lied to him.

What simple, yet incontrovertible truth can I toss into the fray, to end the mis-conception? Is there some way to use his theory to support the concept of perpetual motion?... I know he wouldn't buy that, but if the lines he drew make the picture, he'd have to reconsider his premise, right?

Your collective brain power is staggering to the imagination. I know you guys - I've been lurking and making a few posts since last summer, and I know one of you has something ultra-slick up his/her sleeve that will put this puppy to rest. So lay it on me! :bow:

BTW, I have never heard of "arguing for the whetstone" - rest assured I have added THAT one to my personal lexicon.

Also, the humor this thread has generated has been appreciated, even if it was somewhat expected / encouraged by my initial post :cool:.

Keep it coming!
 
  • #24
Blank_Stare said:
Aside from the rheostat "experiment" (which is more spoof than proof,) is there a simple, yet real proof I could present him with? Something so overwhelming that it just can't be argued away with junk science?
The problem with trying to have a rational discussion with people who are being irrational is that they refuse to believe that they are being irrational. If he seriously believes something this ridiculous then facts are not likely to dissuade him. This is the reason that here on the PF forum there is no tolerance for crackpots. They just can't be reasoned with. Don't think that just because he's smart and knowledgeable in one area that he can't be a crackpot.
 
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  • #25
Blank_Stare said:
Aside from the rheostat "experiment" (which is more spoof than proof,) is there a simple, yet real proof I could present him with?
Why bother?
Tell him to charge his phone on the floor, so it'll work longer with one charge.
 
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  • #26
Blank_Stare said:
What simple, yet incontrovertible truth can I toss into the fray, to end the mis-conception?
I'm not sure it will get through to him, but at least if he's pulling your leg, he should stop after you show him a picture like this... Quiz Question -- Why? :smile:

http://www.zastavki.com/pictures/640x480/2013/Cities_Skyscrapers_in_night_037123_29.jpg
Cities_Skyscrapers_in_night_037123_29.jpg
 
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  • #27
Rive said:
Why bother?
Tell him to charge his phone on the floor, so it'll work longer with one charge.

Ya know?...that might just work.

We just chatted again. He is going to look the Electrical Engineer up, and make sure he did not misunderstand. So, at least I have gotten him to question his "facts".

Berkeman - That one's obvious - the lower floors receive a higher voltage, but it is reduced through electronics, so that it comes out to be the same as the top floors. Sheesh...

:doh:

LOL!
 
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  • #28
LOL!

Now he's trying to wind me up, by showing me perpetual motion machines that "actually work", on Youtube...
<< Crackpot video link deleted by Mentor >>

I think I have been beaten... people are just going to believe whatever they want to believe.

This from a guy who doesn't want to run his appliances on a generator, because that's "dirty power" (erratic sine wave...)
 
  • #29
Blank_Stare said:
LOL!

Now he's trying to wind me up, by showing me perpetual motion machines that "actually work", on Youtube...
<< Crackpot video link deleted by Mentor >>

I think I have been beaten... people are just going to believe whatever they want to believe.

This from a guy who doesn't want to run his appliances on a generator, because that's "dirty power" (erratic sine wave...)

(oops - wasn't aware of the crackpot rule...my apologies...)
 
  • #30
No worries. We don't allow debunking here, since it uses up electrons that are already tired from their journey... :biggrin:
 
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  • #31
berkeman said:
No worries. We don't allow debunking here, since it uses up electrons that are already tired from their journey... :biggrin:

:iseewhatyoudid:

RAWR!
 
  • #33
Blank_Stare said:
I think I have been beaten... people are just going to believe whatever they want to believe.
See post #24
 
  • #34
phinds said:
See post #24
:bow:

jim hardy said:
I would consider asking him about that, if I had any grasp on the material. Maybe after I browse that article a few more times, I will have some clue, but as it stands... see my avatar...

You know, it occurs to me that I have forgotten to ask him about his views regarding the shape of the earth, the location of the center of the universe, and the actual age of creation...

Maybe I'll let those dogs lie?
 
  • #35
Blank_Stare said:
Maybe I'll let those dogs lie?
Yeah, just walk away.

Or just for fun, have a tinfoil hat handy anytime you are talking with him. If he brings up any BS issues, just pull out the tinfoil hat and don it. Say you got the advice to guard your brain from his BS on the Physics Forums. That should short circuit his brain... Are you trained in CPR? o0)
 
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<h2>1. Does electricity gain or lose power when traveling up or down a hill?</h2><p>No, electricity does not gain or lose power when traveling up or down a hill. The power of electricity is determined by the voltage and current, not by the direction it is traveling.</p><h2>2. Is it more difficult for electricity to travel up or down a hill?</h2><p>No, the difficulty for electricity to travel is not affected by the direction of the hill. Electricity travels through conductors, such as wires, and the resistance of the conductor is what determines the difficulty of the electricity flow.</p><h2>3. Can electricity be affected by changes in elevation?</h2><p>Yes, changes in elevation can affect the flow of electricity. This is because changes in elevation can also result in changes in temperature and humidity, which can affect the conductivity of the materials that the electricity is traveling through.</p><h2>4. Will electricity behave differently when traveling on a hill compared to a flat surface?</h2><p>No, electricity will behave the same way whether it is traveling on a hill or a flat surface. The only factor that affects the behavior of electricity is the resistance of the conductor it is traveling through.</p><h2>5. Does gravity have any impact on the flow of electricity on a hill?</h2><p>No, gravity does not have any impact on the flow of electricity on a hill. Gravity affects objects with mass, but electricity is not affected by gravity as it is made up of charged particles that are not affected by gravitational forces.</p>

1. Does electricity gain or lose power when traveling up or down a hill?

No, electricity does not gain or lose power when traveling up or down a hill. The power of electricity is determined by the voltage and current, not by the direction it is traveling.

2. Is it more difficult for electricity to travel up or down a hill?

No, the difficulty for electricity to travel is not affected by the direction of the hill. Electricity travels through conductors, such as wires, and the resistance of the conductor is what determines the difficulty of the electricity flow.

3. Can electricity be affected by changes in elevation?

Yes, changes in elevation can affect the flow of electricity. This is because changes in elevation can also result in changes in temperature and humidity, which can affect the conductivity of the materials that the electricity is traveling through.

4. Will electricity behave differently when traveling on a hill compared to a flat surface?

No, electricity will behave the same way whether it is traveling on a hill or a flat surface. The only factor that affects the behavior of electricity is the resistance of the conductor it is traveling through.

5. Does gravity have any impact on the flow of electricity on a hill?

No, gravity does not have any impact on the flow of electricity on a hill. Gravity affects objects with mass, but electricity is not affected by gravity as it is made up of charged particles that are not affected by gravitational forces.

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