Pentium running Windows
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Re: Pentium running Windows
LOL!!!!!Trying to be more useful in death, then it had ever been in life (a PC running Windows®), it stuck out the CD tray so that it could become a cup holder.
- Nitrofox125
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The processor in the before picture doesn't quite look like the one in the after picture (and no, I'm not referring to the fact that it looks blown up).Jeff250 wrote:Yeah... the very fact that there's a "before" picture is certainly suspect.Lothar wrote:lightning *might* be able to do something like that... but I think Krom is right, it was probably an intentional act of destruction
Well the notch is in a different corner, for one.SSC-Thunderbird wrote:The processor in the before picture doesn't quite look like the one in the after picture (and no, I'm not referring to the fact that it looks blown up).Jeff250 wrote:Yeah... the very fact that there's a "before" picture is certainly suspect.Lothar wrote:lightning *might* be able to do something like that... but I think Krom is right, it was probably an intentional act of destruction
- BUBBALOU
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UM...Look carefully guysTetrad wrote:Well the notch is in a different corner, for one.
I know skimming is your forte
1st picture is the TOP
2nd Picture is the BOTTOM!
From just the looks of it it is a 200/233mhz socket 7, with EDO ram built probally in 1995-96 (definately worth an experiment)
NOTE: the ram pictured is not the ram from the motherboard... if your looking for what is wrong with this picture.
By the last picture of the attachment point damage this would have been a lightning strike
[Mobi'sm]
Fewer components = less resistance? They teach kids this in school know eh? Gonna hafta revise that part of Ohm's Law. Resistance = Number of Thingies. If 'Number of Thingies' is greater in Subject A than 'Number of Thingies' in Subject B, then blahblahblah.
An example of why you are wrong DC. 10 resistors in series of 10 ohms each is equal to a single 100 ohm resistor. And 100 1 ohm resistors, 400 1/4 ohm resistors.. etc.
The reason why computers are so much more efficient these days is because they use components with less resistance, better heat transmission, and such. An older computer with larger components would have MORE resistance (assuming all components are equal) than a new computer because there is an inefficient design of integrated circuits, poor heat dissipation, HIGH heat generation, and the simple fact that the bigger the circuit is physically, the farther electricity has to travel to get to it's destination which would result in either inductance or dissipation or both... all of which adds to.... RESISTANCE!
I may be wrong, but simple logic states that the more efficient a machine is, the less power it would require to operate, which would also mean less resistance.
And if 300 Watts are put into Computer A and Computer B has 300 watts also... with 115VAC being pumped into the power supply... then resistance (theoretically) would be the same in both computers at 100% component utilization and power consumption.
[/Mobi'sm]
Fewer components = less resistance? They teach kids this in school know eh? Gonna hafta revise that part of Ohm's Law. Resistance = Number of Thingies. If 'Number of Thingies' is greater in Subject A than 'Number of Thingies' in Subject B, then blahblahblah.
An example of why you are wrong DC. 10 resistors in series of 10 ohms each is equal to a single 100 ohm resistor. And 100 1 ohm resistors, 400 1/4 ohm resistors.. etc.
The reason why computers are so much more efficient these days is because they use components with less resistance, better heat transmission, and such. An older computer with larger components would have MORE resistance (assuming all components are equal) than a new computer because there is an inefficient design of integrated circuits, poor heat dissipation, HIGH heat generation, and the simple fact that the bigger the circuit is physically, the farther electricity has to travel to get to it's destination which would result in either inductance or dissipation or both... all of which adds to.... RESISTANCE!
I may be wrong, but simple logic states that the more efficient a machine is, the less power it would require to operate, which would also mean less resistance.
And if 300 Watts are put into Computer A and Computer B has 300 watts also... with 115VAC being pumped into the power supply... then resistance (theoretically) would be the same in both computers at 100% component utilization and power consumption.
[/Mobi'sm]
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★■◆● man, a friend of mine decided to get online after a thunderstorm hit. She thought it was over and gone when all of a sudden her computer died. When I took it apart, the damn modem was CHARRED. Every capacitor with the exception of one had exploded, and the modem was fused into the PCI slot.Warlock wrote:lightning is neet. iv seen it hit one computer and kill another one down the line through the network and all the other comps where fine
SR, I was thinking in terms of identical computers. If I have a computer with features x, y, and z, and an otherwise identical computer with features x, y, z, a, b, and c, would draw more power.
But even that doesn't make sense, because P=IV, but since V=IR and voltage is a constant 120VAC, therefore P=I^2/R, which means that an increase in P means either a decrease in R at constant I, or constant R with a square increase in I.
Forgive me, I'd just gotten out of my Physics final.
But even that doesn't make sense, because P=IV, but since V=IR and voltage is a constant 120VAC, therefore P=I^2/R, which means that an increase in P means either a decrease in R at constant I, or constant R with a square increase in I.
Forgive me, I'd just gotten out of my Physics final.
If you are saying that lightning "could" do somthing like that because it "might" have enough energy to do so, it most certainly does. I have an aircraft part on my desk that is commercially pure titanium that was hit by lightning. It melted like butter and splatter all over the place.Lothar wrote:lightning *might* be able to do something like that... but I think Krom is right, it was probably an intentional act of destruction (maybe they overclocked the power supply ) That wasn't MS-Windows messing up.
If you meant that lightning "could" do that because it fried some parts and left others intact, I agree with you. I might do somthing like that.