Electron transfers are really important in redox reactions! Let’s break it down simply:
Oxidation: This happens when an atom or molecule loses electrons. You can think of it as becoming more positive. For example, when zinc loses electrons, it turns into Zn²⁺.
Reduction: This is the opposite of oxidation. It occurs when an atom or molecule gains electrons, which makes it more negative or less positive. A good example is when Cu²⁺ gains electrons to become Cu.
So, when one element is oxidized, another one gets reduced. It’s like they are working together!
A handy way to remember this is “OIL RIG”: Oxidation Is Loss, Reduction Is Gain.
This back-and-forth of electrons is super important in many chemical reactions!
Electron transfers are really important in redox reactions! Let’s break it down simply:
Oxidation: This happens when an atom or molecule loses electrons. You can think of it as becoming more positive. For example, when zinc loses electrons, it turns into Zn²⁺.
Reduction: This is the opposite of oxidation. It occurs when an atom or molecule gains electrons, which makes it more negative or less positive. A good example is when Cu²⁺ gains electrons to become Cu.
So, when one element is oxidized, another one gets reduced. It’s like they are working together!
A handy way to remember this is “OIL RIG”: Oxidation Is Loss, Reduction Is Gain.
This back-and-forth of electrons is super important in many chemical reactions!