The water turns yellow during the experiment due to the decomposition of the electrolyte. First off, which acid did you use? In my case, i used sulfuric acid. The water turns yellow when some of it starts to decompose. Hope that helped :)
The yellow color in the test tube during an electrolysis water experiment is typically due to the presence of bromine or iodine. These elements can be released during the electrolysis process when the electrodes are made of certain materials that react with the electrolyte solution, such as potassium bromide or potassium iodide.
To turn green into orange, you can mix yellow and red. Start with a yellow base and gradually add red until you achieve the desired shade of orange. Experiment with different ratios to adjust the brightness of the orange color.
Water can undergo several chemical changes, including electrolysis to produce hydrogen and oxygen gas, oxidation reactions to form rust, and hydrolysis to break down compounds into simpler molecules. Additionally, water can participate as a reactant or product in various acid-base reactions.
Hydrogen can be turned into water and oxygen through a chemical reaction called electrolysis. By passing an electric current through water (H2O), the hydrogen and oxygen atoms will separate, producing hydrogen gas (H2) at one electrode and oxygen gas (O2) at the other electrode.
During electrolysis, the anode loses mass because it releases electrons, which causes the metal ions in the anode to turn into metal atoms and dissolve into the electrolyte solution.
The yellow color in the test tube during an electrolysis water experiment is typically due to the presence of bromine or iodine. These elements can be released during the electrolysis process when the electrodes are made of certain materials that react with the electrolyte solution, such as potassium bromide or potassium iodide.
the electrolysis of water if done efficiently should produce 2037 litres of HHO gas to turn 1 litre of water to gas, explode that 2037 litres of HHO in a controlled environment and you have 1 litre of water back evaporation happens only when the electrolysis experiment gets to hot 1 amp for 1 hour will make 6 litres of HHO
One way to convert water into its constituent elements is by electrolysis. Electrolysis is done by putting a positive and a negative electrode into the water and passing a direct current through the water. The hydrogen and oxygen will turn into their elemental gasses.
Bamboo leaves turn yellow due to a lack of nutrients, water stress, or disease.
It got its name from the yellow particles in its sand, originating from the Yellow River.
Lucky bamboo can turn yellow due to overexposure to sunlight, over-fertilization, or water that is too salty or contains too many minerals. It can also turn yellow if it is not receiving enough water or if the roots are rotting.
The question needs to be more specific. What method of electrolysis are you performing. Are you using aluminum foil and salty water? If you are, the NaCL (salt) will be electrolysed to form NaOH (lye) and also giving off chlorine gas. (which can be dangerous in sufficient quantity) The sodium hydroxide (lye) will in turn attack your aluminum foil creating aluminum oxide. This aluminum oxide it what is causing your water to be murky. Carbon electrodes are a better option.
to much water
Bamboo in water turns yellow due to a natural process called chlorosis, where the plant lacks essential nutrients like iron, causing the leaves to lose their green color and turn yellow.
I have noticed If my feet are cold and I put them in hot water, they turn yellow. or if my feet are hot and I jump in the pool, they turn yellow. also if you feet are warm and you step on cold tile, my feet also turn yellow. hope this helps.
It doesn't. Get your facts right.
Lucky bamboo plants turn yellow due to overwatering, inadequate light, or poor water quality. This can lead to root rot, nutrient deficiencies, or stress, causing the leaves to turn yellow.