Divide the Hydrogen from the Oxygen and then burn the Hydrogen with a normal flame.
I wrote a book called, "You Can Turn WATER into FIRE", available at http://www.TurnWaterIntoFire.com
The book gives you full and complete details on how you can get started separating water into HHO gas, and also gives the details for a super efficient unit to produce more HHO gas for the electricity than any other unit available today.
This is easy to do first of all fill a large container with water, put lots of table salt into it for conductivity (one whole container of salt for every 20 gallons of water) put a piece of copper wire onto each end of a car battery and attach to two coils together using a copper pipe and place the copper pipe into the water stir up the water until the water starts developing a film on the surface take a standard Gatorade bottle (empty) take the cap off and hold the bottle upside down over the tub do not turn the bottle right side up before placing the cap on you now have a bottle full of hydrogen. how do I know keep the bottle upside down take the cap off and light a match at the mouth of the bottle the fire will burn blue and will stay lit for a while. Please use precautions when running this experiment. Use gloves and goggles to prevent electic shock
Evaporation and condensation are opposite processes. Evaporation is when a liquid turns into a gas due to heat, while condensation is when a gas turns back into a liquid due to cooling.
Water can conduct electricity, so when water comes into contact with an electrical fire, it can actually spread the fire rather than extinguish it. Water may also cause a short circuit, leading to further electrical hazards. It's safer to use a dry chemical fire extinguisher designed for use on electrical fires.
well fire is composed of heat while electricity is composed of electrons. so basically nothing would happen
Water has a high specific heat capacity due to its hydrogen bonding structure. This allows water to absorb and retain heat energy without large fluctuations in temperature. The hydrogen bonds need to break and reform, absorbing heat in the process, which contributes to water's ability to hold heat.
Water is bad conductor of heat due to its chemical composition. Water contains oxygen and hydrogen both of which are poor conductors of heat.
The water evaporated first condenses. This condensed water turns into rain.
Evaporation and condensation are opposite processes. Evaporation is when a liquid turns into a gas due to heat, while condensation is when a gas turns back into a liquid due to cooling.
Fire, all fire, every fire consists of 3 things: Heat, Fuel & Oxygen. When all 3 are together in the right mix you have fire, if one or more elements is not sufficient then you cannot have fire. You therefore need as much heat as necessary along with the fuel & oxygen to maintain the fire. The specific answer is that the balance of the 3 must be correct. Quantifying that, however, is a different matter.
Your question confuses me, but i think the answer to your question is this: simmers or crackled, like hearing water simmer from heat and fire crackling. Sorry if that didn't help much.
Fire feeds on oxygen, and water does not have much of it.
It is possible to burn peanuts and to use the fire to heat water, but that is an extremely wasteful choice of fuel. Peanuts are much more valuable as food (at least, for those who are not allergic to them) than they are as fuel. It is also possible to burn paper currency, and use the fire to heat water. Quite a lot of things can be burned.
Water droplets form on the exterior of a cold glass of water because the temperature of the glass is cooler than the air around it. When warm, humid air comes into contact with the cold surface, the air cools, cannot hold as much moisture, and the excess water vapor condenses into droplets.
They are fire bellied because the toads heat up to much.
Water is a good conductor of heat because the hydrogen bonds between water molecules allow heat energy to be transferred efficiently. However, compared to metals, water is not as good of a conductor of heat because it has lower thermal conductivity.
The water heat of vaporization is 40,65 kJ/mol.
they don't like the water that much
No. Even if you were to somehow become invulnerable to heat, lava is too dense and to viscous to swim in. It is liquid, but it is much thicker than water.