Espectrómetro

Spectrometers are designed for specific wavelength ranges because equipment and detectors effective at one end of the electromagnetic spectrum may not be suitable for the opposite end. This requires careful consideration in the design process to ensure optimal performance across the desired range.

What is the primary function of a spectrometer?

• To measure pressure

• To measure sound

• To measure wavelengths

• To measure temperature

Why must spectrometers be designed for specific wavelength ranges?

• Because they are heavy

• Because they are fragile

• Because they are expensive

• Because different ranges require different designs

What happens if a spectrometer is used outside its designed wavelength range?

• It becomes more accurate

• It works more efficiently

• It may not function properly

• It becomes lighter

Why are detectors not suitable for the opposite end of the spectrum?

• They are too small

• They are too expensive

• They are not designed for that range

• They are too complex

What is a key consideration when designing spectrometers?

• The specific wavelength range it will measure

• The brand of the spectrometer

• The weight of the spectrometer

• The color of the spectrometer