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The question provided is in Indonesian, and it asks about significant figures in a measurement:

"Pada pengukuran Panjang suatu benda diperoleh hasil 0,1004 m. Banyaknya angka penting dari hasil pengukuran adalah ...."

This translates to:

"In the measurement of the length of an object, the result is 0.1004 m. The number of significant figures in the result is ...."

To solve this:
- The number of significant figures is determined by counting all digits from the first non-zero digit.
- In the number 0.1004, the first non-zero digit is '1', and we include all following digits.

Thus, the significant figures are:
1, 0, 0, and 4, which are four digits.

The correct answer is **B. empat** (four significant figures).

Would you like more details or have any questions?

Here are 5 related questions:
1. What is the rule for identifying significant figures in a decimal number?
2. How do trailing zeros in non-decimal numbers affect significant figures?
3. What is the significance of significant figures in scientific measurements?
4. How would the significant figures change if the number was written as 0.01004?
5. How does rounding affect the number of significant figures in a calculation?

**Tip**: When counting significant figures, start from the first non-zero digit, and all digits after it are significant, even if they are zeros.

Pada pengukuran Panjang suatu benda diperoleh hasil 0,1004 m. Banyaknya angka penting dari hasil pengukuran adalah ....

Learn how to determine the number of significant figures in the measurement 0.1004 m. This problem explains the rules for counting significant figures in decimal numbers and is suitable for students in Grades 9-10.

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