Distilled water has a non-existent conductivity to electricity without the ionic minerals included in the solution. Pure Distilled Water (000 ppm parts per million) is just plain H20 (2 hydrogens and 1 oxygen). This simply means that there is not any ionic mineral conductivity present since there are not any ions to transport the electricity across the water. Pure Distilled Water by itself will not light up the light bulb at all. This necessary and vital reaction is how the body transports electricity over the entire body to function. In order for the light bulb to light dim or bright there must be “Ionic Minerals” in the solution to let the electricity flow across the water, and give electricity to the light bulb. These conductive ions come from dissolved salts and inorganic materials such as alkalis, chlorides, sulfides and carbonate compounds.” ~ Source: Conductive Minerals Versus Non-Conductive Minerals. This ability is directly related to the concentration of ions in the water. “Conductivity is a measure of water’s capability to pass electrical flow. The higher amount of conductive ionic minerals in our body chemistry, the easier our cellular physiology can pass bio-electricity everywhere needed to survive or thrive. Our bodies and minds are made up of a variety of conductive minerals that give us the ability to pass bio-electricity back and forth throughout the body. In the picture below you can see what the bioelectric field looks like in the hands, with a process called Kirlian photography.īio-electric definition is of, or relating to electric phenomena in living organisms – The Conductivity Of Water? Once our conductivity is decreased, our bio-electricity is also decreased and this is the beginning of our bodies becoming demineralized and weak. Our bio-electrical fields are regulated and generated by the conductivity of the variety of ionic minerals we hold inside our 18 gallons of salt water, which circulates inside our bodies.Īs we deplete our ionic minerals from our bodies we lose the ability for the body to keep up with the energy, or the bio-electrical needs for physiological regulation and regeneration of the cells. Bio-Electricity In Living Organisms.Īll living organisms and non-living organisms have an electrical field. The brighter the light bulb becomes, the more conductive the electricity is in the distilled water solution. The dimmer the light bulb becomes, the less conductive the electricity is in the distilled water solution. I am using a simple 100 volt electrical conductivity device that was custom made, to show the variance in conductivity in water and foods with a variance of differences in the brightness, illumination or brilliance of the light due to the ionic mineral conductivity available.Īs you will see, Pure Distilled Water does not have any conductivity at all, thus proving the 110 volt electricity will not move through the distilled water. Give the circuit a moment to circulate the electricity and… voila! The pencil refill begins to glow.This experiment is to show the conductivity of minerals in distilled water. Touch the other positive and negative ends of the alligator clips to the ends of your super battery. Place a mason jar or clear glass over the top of the toilet paper tube stand. The pencil refill needs to be in one piece, so be gentle. Tape the tube with the clips attached to a pie pan (or other heat resistant surface) so that it stands upright, with the clips facing up.Ĭarefully clip a mechanical pencil refill between the two alligator clips. Make sure the clip is facing up, away from the rest of the toilet paper tube. Tape one positive and one negative alligator clip to one end of the toilet paper tube. Use scissors to cut a toilet paper tube to a height that will fit comfortably inside of a mason jar or other clear glass (leave plenty of room). Using electrical tape, fix eight D-sized batteries together, end-to-end, with the positive ends connected to the negative ends.
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