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I think Protex makes more bubbles. I think Protex makes more bubbles.
Water because wter is more dense then air and air is in bubbles
One of the products of Photosynthesis is oxygen (Carbon Dioxide and Water give Glucose and Oxygen) and the bubbles you see coming from pond weed are actually the oxygen being produced from Photosynthesis. So therefore, the more/faster the bubbles, the quicker Photosynthesis is happening.
Silver is the cathode (less reactive) and Cobalt is the anode (more reactive).What is the electrolyte?If for example the electrolyte was sulphuric acid, hydrogen gas forms at the silver cathode. 2H+2e- --->H2 (is reduced=gains electrons)* The more reactive metal electrode (cobalt) reacts/is oxidised, forming ions. The electrons flow through the wires to the other metal electrode(silver), where hydrogen ions are reduced to hydrogen gas.A.Cu(s) → Cu+(aq) + e-C.Co2+(aq) + 2e- → Co(s)
does warm water or cold water help make more bubbles? i dont know. hha
If your talking about pressure electrolysis, you pressurize the whole cell containing the anode and cathode. In the case of electrolyzing water, if you use a standard pressure cell there will be oxygen gas at one cathode and hydrogen gas at the other anode. Depending on current the gas bubbles at both poles can be quite active and large quantities of gas bubbles. If you do the same operation under pressure electrolysis the rising pressure in the cell causes the gas bubbles to shrink by a propotionate amount. Double the pressure and you shrink the bubbles by half. With the gas bubbles being smaller more current can be applied to the cell because the smaller bubbles give more surface area on the anode and cathode for the electricity to reach. With standard pressure cells the bubble activity around the electrodes is intense enough that the bubbles actually shield the electrodes from the electrolytic solution, and the current can't travel thru the gas bubbles to get to the electrodes. So you can only apply so much current. The higher you raise the pressure the smaller the gas bubbles get and the more current you can run thru the electrolyzer .
The longer it takes for the bubbles to stop forming, the more catalase there is present, assuming that there is enough peroxide (H2O2) to keep the catalase going.
because they feel like forming! ^no... This is because the liquid of higher density (such as shampoo) decreases to the bottom through fluids of lower density (like soy sauce for example). Shampoo is much more dense, making it more resistant to flow and therefore forming air bubbles(: hope that helped !
The SCR switches on when the gate is more positive than the cathode at the same time the anode is more positive than the cathode.
When you add salt to soap it will make more bubbles. not bigger bubbles but more bubbles.
the anode can be more positive than the cathode potential
Boiling is not as fine a process as it might seem. Evaporation increases gradually until boiling is reached. Boiling occurs when there is sufficient heat to immediately turn the water to its gaseous state. The bubbles you see forming at the bottom of a pot for example are water vapor having been boiled to gas and tend to form at the bottom because that is where it is hotter- near the heating source. You'll see steam coming off of heated water but the bubbles that are forming during boiling are water being turned to gas. Essentially the bubbles are a less intense form of boiling. As you get hotter water the bubbles will form more rapidly and will "boil" as you're more familiar with it.
I think Protex makes more bubbles. I think Protex makes more bubbles.
The cathode and anode are simply two terminals of a semi-conductor junction. In a normal diode, forward bias occurs when the anode is more positive than the cathode.
Water because wter is more dense then air and air is in bubbles
Anode(:
No.