State True or False
At the anode, the species having minimum reduction potential is formed form the oxidation of corresponding oxidizable species.

Answer

To determine whether the statement is true or false, we need to analyze the concepts of oxidation, reduction, and reduction potential at the anode in an electrochemical cell.

### Step-by-Step Solution:

1. **Understanding Oxidation and Reduction**:
- In electrochemistry, oxidation is the process where a species loses electrons, while reduction is the process where a species gains electrons.

2. **Identifying the Anode**:
- The anode is the electrode where oxidation occurs. Therefore, at the anode, we are concerned with which species will lose electrons.

3. **Reduction Potential**:
- Each species has a characteristic reduction potential (E°), which indicates how easily it can be reduced. A higher reduction potential means a species is more likely to gain electrons (be reduced), while a lower reduction potential means it is less likely to gain electrons.

4. **Oxidation at the Anode**:
- At the anode, the species with the lower reduction potential will be oxidized. This is because it is more favorable for the species with a lower tendency to be reduced (higher tendency to lose electrons) to undergo oxidation.

5. **Evaluating the Statement**:
- The statement claims that at the anode, the species having the minimum reduction potential is formed from the oxidation of the corresponding oxidizable species. This aligns with our understanding that the species with the lowest reduction potential will indeed be oxidized at the anode.

6. **Conclusion**:
- Since the statement accurately reflects the behavior of species at the anode in relation to their reduction potentials, we conclude that the statement is **True**.

### Final Answer:
**True**