State True or false :

Explanation

To determine whether the statement "The oxides B2O3 and B(OH)3 are acidic in nature" is true or false, we can analyze each oxide separately.

### Step 1: Analyze B2O3
- **B2O3 (Boron Trioxide)**:
- B2O3 is known to be an acidic oxide.
- It reacts with bases (alkalis) to form borates, which indicates its acidic nature.
- For example, when B2O3 reacts with sodium hydroxide (NaOH), it forms sodium borate (Na3BO3). This reaction shows that B2O3 can react with a base, confirming its acidic properties.

**Conclusion for Step 1**: B2O3 is an acidic oxide.

### Step 2: Analyze B(OH)3
- **B(OH)3 (Boric Acid)**:
- B(OH)3 can be considered a weak acid.
- It can donate protons (H+) in solution, which is a characteristic of acids.
- When B(OH)3 is dissolved in water, it can accept hydroxide ions (OH-) and release protons (H+), confirming its acidic behavior.

**Conclusion for Step 2**: B(OH)3 is a weak acid.

### Final Conclusion:
Since both B2O3 and B(OH)3 exhibit acidic properties, we can conclude that the statement "The oxides B2O3 and B(OH)3 are acidic in nature" is **True**.

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