And we thought it was Electricity !!!!!
Forget all the nonsense about magnetic fields and the flow of electrons along conductors, for this is what it is, just a myth, put about by Electricians to support their cosy lifestyle at someone elses expense.
The reality is SMOKE.
When you think about it, it all becomes startlingly obvious - smoke makes all electrical things function.
If the smoke escapes the component stops working.
For example, the last time you changed a starter motor, didnt it start to smoke before it ceased working? of course it did.
And what about that heater motor that sprung a leak and filled the car with smoke.
The wiring loom in a car carries smoke from one device to another, pumped around the system by the alternator, and when the wiring springs a leak, it lets out all the smoke and everything stops.
The starter motor requires a lot of smoke to make it work, that is why it has a very thick wire leading to it.
The battery stores up the smoke dissolved in acid and the wires from it allow its distribution around the car.
If you try to dissolve too much smoke in the battery it will escape through the little holes in top.
This is why new fangled batteries with sealed tops explode when they get too much smoke in them.
Watch it you electricians, we all know how it works now. :mrgreen:
rwill19050 wrote:
And we thought it was Electricity !!!!!
Forget all the nonsense about magnetic fields and the flow of electrons along conductors, for this is what it is, just a myth, put about by Electricians to support their cosy lifestyle at someone elses expense.
The reality is SMOKE.
When you think about it, it all becomes startlingly obvious - smoke makes all electrical things function.
If the smoke escapes the component stops working.
For example, the last time you changed a starter motor, didnt it start to smoke before it ceased working? of course it did.
And what about that heater motor that sprung a leak and filled the car with smoke.
The wiring loom in a car carries smoke from one device to another, pumped around the system by the alternator, and when the wiring springs a leak, it lets out all the smoke and everything stops.
The starter motor requires a lot of smoke to make it work, that is why it has a very thick wire leading to it.
The battery stores up the smoke dissolved in acid and the wires from it allow its distribution around the car.
If you try to dissolve too much smoke in the battery it will escape through the little holes in top.
This is why new fangled batteries with sealed tops explode when they get too much smoke in them.
Watch it you electricians, we all know how it works now. :mrgreen:
And we thought it was Electricity !!!!! br br For... (
show quote)
A funny explanation of it. You'd have to be one [Sparky] to put it that way. The females would probably understand that explanation.
It's almost better than the water in a hose analogy.
I'm an electronic engineer, and one of the first things we learned was don't release the factory installed smoke! I always thought that joke was funny.
Another excellent example of the importance of smoke management is the British auto industry in the 50's, 60's and 70's... Lucas never managed to keep the Smoke in the wires!!!
Do people smoke pot in the UK?
rwill19050 wrote:
And we thought it was Electricity !!!!!
Forget all the nonsense about magnetic fields and the flow of electrons along conductors, for this is what it is, just a myth, put about by Electricians to support their cosy lifestyle at someone elses expense.
The reality is SMOKE.
When you think about it, it all becomes startlingly obvious - smoke makes all electrical things function.
If the smoke escapes the component stops working.
For example, the last time you changed a starter motor, didnt it start to smoke before it ceased working? of course it did.
And what about that heater motor that sprung a leak and filled the car with smoke.
The wiring loom in a car carries smoke from one device to another, pumped around the system by the alternator, and when the wiring springs a leak, it lets out all the smoke and everything stops.
The starter motor requires a lot of smoke to make it work, that is why it has a very thick wire leading to it.
The battery stores up the smoke dissolved in acid and the wires from it allow its distribution around the car.
If you try to dissolve too much smoke in the battery it will escape through the little holes in top.
This is why new fangled batteries with sealed tops explode when they get too much smoke in them.
Watch it you electricians, we all know how it works now. :mrgreen:
And we thought it was Electricity !!!!! br br For... (
show quote)
I have replaced and repaired a lot of the smoke carriers and users in my time and also released a bunch too. :-D :-D :-D
Fat Gregory wrote:
Another excellent example of the importance of smoke management is the British auto industry in the 50's, 60's and 70's... Lucas never managed to keep the Smoke in the wires!!!
I read somewhere that "Lucas" was an acronym for "loose unsoldered wires and connections".
Fat Gregory wrote:
Another excellent example of the importance of smoke management is the British auto industry in the 50's, 60's and 70's... Lucas never managed to keep the Smoke in the wires!!!
How true, Tried to keep an E-Type running once but could never contain the smoke leaks for any appreciable span of time. Btw, is that your '55? Looks bitchin!
Fat Gregory wrote:
Another excellent example of the importance of smoke management is the British auto industry in the 50's, 60's and 70's... Lucas never managed to keep the Smoke in the wires!!!
Sad but true. No-one had the sense to realise that they couldn't let dodgy electrics become an Achilles Heel, so they all danced blindly towards the cliff.
Thanks for the stroke on the 55, it took me 6 years
I had a 65 E Type and I leaked more smoke than oil:-)
I have a 94 Jag XJS-R smoke stays in wires and the R clocks at an honest 155 MPH. ZOOMMM is its Tag Number and even with the R safety goodies it will scare the liquid out of my underwear.
Danilo wrote:
Do people smoke pot in the UK?
hehe... this thread proves that.
:mrgreen:
Fat Gregory wrote:
Thanks for the stroke on the 55, it took me 6 years
I had a 65 E Type and I leaked more smoke than oil:-)
I have a 94 Jag XJS-R smoke stays in wires and the R clocks at an honest 155 MPH. ZOOMMM is its Tag Number and even with the R safety goodies it will scare the liquid out of my underwear.
Ah, The stuff of my youth! Now, those really were the days! The gear heads then actually got along. The street racers i've seen lately seem a lot angrier.
The first friend i had who owned a car had a '55. Oh man! The limitless sense of freedom!!!
rayford2 wrote:
Fat Gregory wrote:
Another excellent example of the importance of smoke management is the British auto industry in the 50's, 60's and 70's... Lucas never managed to keep the Smoke in the wires!!!
I read somewhere that "Lucas" was an acronym for "loose unsoldered wires and connections".
Should have read "loose unsoldered connections and splices".
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