electrolysis water splitting h2o molecules

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Electrolysis of Water: Splitting H2O Molecules Royalty Free Stock Photo

Electrolysis of Water Splitting H2O into Hydrogen and Oxygen Using Electricity Royalty Free Stock Photo

Electrolysis of Water: Splitting H2O Molecules

This 3D illustration depicts the fascinating process of electrolysis, where water molecules (H2O) are split into their constituent elements using an anode and cathode submerged in water, powered by an electric battery. The central focus of the illustration is the electrolysis setup, with the anode and cathode positioned in the water. The anode, represented by a blue color, attracts negative ions (anions), which move towards the anode. Similarly, the cathode, shown in red, attracts positive ions (cations), which move towards the cathode. These ions are represented by small blue and red particles moving towards their respective electrodes. A metal pipe, symbolizing the conducting pathway, directs the movement of ions towards the electrodes. The electrolysis process is visually depicted by the separation of water molecules into hydrogen (H2) gas at the cathode and oxygen (O2) gas at the anode. The 3D rendering showcases the scientific concept of electrolysis in a visually engaging way. It highlights the movement of ions and the transformation of water into its elemental components through the application of electric current. The use of vibrant blue and red colors helps differentiate the anode and cathode, emphasizing the flow of ions towards the respective electrodes.