You add electrolytes (i.e. hydrogen sulphate) to increase the electrical conductivity of your solution. This speeds up the charge transport and thus the reaction speed at the electrodes.
hydrogen + zinc sulphate = No Reaction. This is because hydrogen is lower than zinc in the reactivity series and thus cannot displace it
Please indicate the purpose of adding the copper sulphate and resubmit your question.
adding these two compounds serves two purposes. they are: - i) they help the washing powder to remain dry and ii) to maintain the alkalinity of the washing powder
Electrolysis of pure water is very slow and not significant; adding an electrolyte (an ionic salt) the electrolysis is a large scale process.
by adding hot water
The reaction is not possible.
Add the aluminum sulphate to the pool. Run the filter for two hours. Wait overnight to vacuum the bottom of the pool.
Materials: 9 volt battery, two number 2 pencils without the eraser and metal part, cup, water, thin piece of cardboard, and two wires, 1 teaspoon salt Instructions: Sharpen the pencils at both ends, 2: cut the cardboard so it fits over the glass, 3: stick the pencils through the cardboard into the glass, 4: dissolve the salt into the water,5: attach both wires to both graphite tips of the pencils, 4: attach the other end of the wires onto the 9 volt battery. Conclusions: You will see bubbles at the tip of the pencils, that is the hydrogen collecting in the water. Hopefully this would help.
Adding hydrogen to fatty acids is called hydrogenation.
Adding a solution of Sodium Sulphate to aqueous Barium Nitrate will produce a white precipitate of Barium Sulphate with Sodium Nitrate remaining in solution.
Adding a base the hydrogen concentration decrease.
Water is split into hydrogen and oxygen gas in a process called electrolysis in which an electric current is passed through water. Pure water conducts electricity very poorly, so adding electrolytes allows a small current to flow through the water easily. Hydrogen and oxygen gas then bubble up from the electrodes in the water.