Explanation

Calculation for Hyperinflationary Environment:

Step 1: Restate capital stock for inflation Capital stock is a non-monetary item that must be restated for inflation in hyperinflationary economies.

$$\text{Restated capital stock} = \text{Original amount} \times \frac{\text{Ending price level}}{\text{Beginning price level}}$$ $$\text{Restated capital stock} = 100,000 \times \frac{375}{150} = 100,000 \times 2.5 = 250,000 \text{ foreign currency units}$$

Step 2: Translate to parent's currency After inflation restatement, translate using the current exchange rate at the balance sheet date.

$$\text{Value in Euros} = \text{Restated capital stock} \times \text{Ending exchange rate}$$ $$\text{Value in Euros} = 250,000 \times 0.160 = €40,000$$

Wait, this gives €40,000, but that's option C. Let me recalculate carefully.

Alternative approach - using the temporal method for hyperinflation: For hyperinflationary economies, non-monetary items like capital stock are translated using the historical exchange rate adjusted for inflation.

$$\text{Value in Euros} = \text{Original capital stock} \times \text{Beginning exchange rate}$$ $$\text{Value in Euros} = 100,000 \times 0.360 = €36,000$$

This is closest to €40,000 (option C). However, let me reconsider the proper approach.

Correct approach for hyperinflation:

1. Restate for local inflation
2. Translate using current exchange rate

$$\text{Value in Euros} = 100,000 \times \frac{375}{150} \times 0.160 = 100,000 \times 2.5 \times 0.160 = €40,000$$

Actually, €40,000 is option C, but the question says "closest to" and the options are €16,000, €27,000, €40,000. €40,000 is exact.

Let me check if there's another interpretation. For capital stock in hyperinflation, it might be translated at historical rate without inflation adjustment.

$$\text{Value in Euros} = 100,000 \times 0.360 = €36,000$$

This is closest to €40,000 among the options.

Final Answer: €40,000 (Option C)

Wait, I need to correct my initial answer. The calculation shows €40,000, which matches option C exactly.