What is electrolyzed water? What can be converted from electricity? What's electrolyzed water? What's the power?

What is electrolyzed water? What can be converted from electricity? What's electrolyzed water? What's the power?

Electrolytic water is electricity into chemical energy, electrolysis into hydrogen and oxygen.

Electrolytic water is the electrical energy into chemical energy, electrolysis into hydrogen and oxygen.

The scientists also confirmed the composition of the water by igniting the hydrogen gas to prove the combustion product. If the hydrogen gas generated from the electrolytic water is ignited directly and slowly through the instrument c containing sufficient anhydrous copper sulfate, the hydrogen gas is ignited at the conduit d, and then the beaker containing cold water is placed at the position shown in the figure. (1) The phenomenon that can be observed during the experiment is ______. The scientists also confirmed the composition of the water by igniting the hydrogen gas to prove the combustion product. If the hydrogen gas generated from the electrolytic water is ignited directly and slowly through the instrument c containing sufficient anhydrous copper sulfate, the hydrogen gas is ignited at the conduit d, and then the beaker containing cold water is placed at the position shown in the figure. (1) The phenomenon observed during the experiment is ______. The scientists also confirmed the composition of the water by igniting the hydrogen gas to prove the combustion products. If the hydrogen gas generated from the electrolytic water is ignited directly and slowly through the instrument c containing sufficient anhydrous copper sulfate, the hydrogen gas is ignited at the conduit d, and then the beaker containing cold water is placed at the position shown in the figure. (1) The phenomenon observed during the experiment is ______.

The experimental process is to use anhydrous copper sulfate to test and remove a small amount of water in the gas, and then ignite the gas. The water generated by hydrogen combustion meets the lower temperature beaker and condenses into liquid water at the bottom of the beaker. Therefore, the observed phenomena are: the anhydrous copper sulfate in c turns blue; there is a light blue flame at the duct d; small water droplets are attached at the bottom of the beaker.
Therefore, the answer is: c. The anhydrous copper sulfate turns blue; there is a light blue flame at duct d; small water droplets are attached to the bottom of the beaker.

The experimental process is to use anhydrous copper sulfate to test and remove a small amount of water in the gas, and then ignite the gas. The water generated by hydrogen combustion meets the lower temperature beaker and condenses into liquid water at the bottom of the beaker. Therefore, the observed phenomenon is: the anhydrous copper sulfate in c turns blue; there is a light blue flame at the duct d; small water droplets are attached at the bottom of the beaker.
Therefore, the answer is: c anhydrous copper sulfate turns blue; there is a light blue flame at the duct d; small water droplets are attached to the bottom of the beaker.