If 0.5 mol of $\mathrm{BaCl_2}$ is mixed with 0.2 mol of $\mathrm{Na_3PO_4}$ the maximum number of mol of $\mathrm{Ba_3PO_4}$ that can be formed...

Question

If 0.5 mol of $\mathrm{BaCl_2}$ is mixed with 0.2 mol of $\mathrm{Na_3PO_4}$ the maximum number of mol of $\mathrm{Ba_3PO_4}$ that can be formed is

**Options:**
- **A.** [object Object]
- **B.** [object Object]
- **C.** [object Object]
- **D.** [object Object]

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**Difficulty:** MEDIUM | **Chapter:** Mole concept | **Topic:** Basic stoichiometry, POAC, percent yield & limiting reagent

Accepted Answer

## ✅ Correct Answer: **D**

### 📖 Detailed Explanation:
This question uses mole concept & stoichiometry. Convert all given quantities into moles using n = given amount/molar mass, use Avogadro's number where needed to get particles, and then compare with the options; this matches option D.

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If 0.5 mol of \(\mathrm{BaCl_2}\) is mixed with 0.2 mol of \(\mathrm{Na_3PO_4}\) the maximum number of mol of \(\mathrm{Ba_3PO_4}\) that can be formed...

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