From: Iris Yim (nakita ko lang sa PAGE ng Micswell, kung gusto niyo tignan yung conversation nila andito,
https://www.facebook.com/thewondercoffee/posts/280737505323140)
We tried and tested your coffee in a controlled environment, observed it in a very careful manner and following scientific methods and guess what, YOUR CLAIMS ARE NOT TRUE, it only increased the resistance of the extension cord, making the cord a bit hotter which creates a variable speed on the electric meter, whenever the cord heats up, the meter turns faster. As the cord cools down, meter goes slower.
Temperature is directly proportional to resistance, that means as the temperature increases, the resistance increases and conductivity decreases. With the increase in temperature, vibrational motion of the atoms of conductor increases. Due to increase in vibration, probability of collision between atoms and electrons increases. As a result, resistance of conductor increases.
The coffee inside the packs SUBLIMES due to the HEATING of the cord, you wrapped it in a power cord, of course what would you expect it would emit aside from heat?
The cord would heat up due to an energy moving through a wire. When electricity moves through anything -- wires or bodily tissues -- there are actual electrons (typically) moving. These electrons are being pulled along by an electric field, but they're also bumping into the atoms that make up the wire or bodily tissue. When an electron bumps into an atom, it transfers some of its kinetic energy to that atom. Temperature is just a form of kinetic energy, where you subtract the "bulk motion". If the atoms in the wire or the bodily tissue aren't moving, this means that all of the kinetic energy that gets transferred to them is measured as temperature. That is, the atoms heat up. This process is called "Joule heating", and is the same principle for wires as for bodily tissue.
AYAN YUNG EXPLANATION.
Pero matry nga rin kesa bumili ka ng capacitor na pagkamahal mahal.
