The spectrum of an oil flame is an example for

Options

A. Line emission spectrum
B. Continuous emission spectrum
C. Line absroption spectrum
D. Band emission spectrum

Answer

To solve the question regarding the spectrum of an oil flame, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding the Spectrum**:
- The spectrum of an oil flame refers to the range of wavelengths of light emitted when the oil is burned.

2. **Identifying the Type of Spectrum**:
- There are different types of spectra in physics: continuous spectrum, line spectrum, and band spectrum.
- A continuous spectrum contains all wavelengths within a certain range without any gaps.

3. **Analyzing the Oil Flame Spectrum**:
- When an oil flame burns, it emits light that covers a range of wavelengths.
- This emission is not limited to specific lines (as in line spectra) but rather includes a continuous range of wavelengths.

4. **Conclusion**:
- Since the spectrum of an oil flame consists of continuously varying wavelengths, it is classified as a **continuous emission spectrum**.

### Final Answer:
The spectrum of an oil flame is an example of a **continuous emission spectrum**.

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