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Zorluk: OrtaWeather Elements, Instruments, and Measurements

Match each meteorological instrument on the left with its corresponding physical operational principle on the right.

  • Six's thermometerDifferential expansion of liquids pushes steel indexes to mark extreme temperatures
  • Wet-and-dry bulb psychrometerEvaporative cooling causes temperature depression indicative of moisture saturation
  • Aneroid barometerExpansion and contraction of a flexible, evacuated metallic cell in response to weight of air
  • Campbell-Stokes recorderFocal concentration of sunlight burns a trace line onto a calibrated card

Cevap

Six's thermometer matches with liquid differential expansion driving steel indexes; Wet-and-dry bulb psychrometer matches with evaporative cooling temperature depression; Aneroid barometer matches with flexure of an evacuated metallic cell under air pressure; Campbell-Stokes recorder matches with solar ray focal concentration burning a calibrated card.
Each weather recording instrument operates on a distinct physical property: Six's thermometer uses differential fluid expansion to record maximum/minimum temperatures, the psychrometer uses evaporative cooling depression to compute relative humidity, the aneroid barometer relies on non-liquid capsule flexing under atmospheric weight, and the Campbell-Stokes recorder uses optics to focus direct sunlight and scorch duration marks on paper.

Adım Adım Çözüm

1
Analyze the functional mechanism of temperature extreme measurement
Identify Six's thermometer as utilizing alcohol and mercury expansion to move steel indicators to peak high and low values.
Extreme temperature recording requires dual fluids and physical position markers.
2
Analyze the operational principle for atmospheric humidity assessment
Identify the psychrometer as measuring moisture content via wet-bulb depression caused by evaporation.
Lower atmospheric humidity increases evaporation rates, producing a larger temperature difference between wet and dry bulbs.
3
Analyze pressure and sunshine duration mechanisms
Link the aneroid barometer to metallic capsule deformation under air mass weight, and the Campbell-Stokes recorder to glass sphere lens focusing of solar radiation.
Barometers rely on atmospheric weight changes on enclosed cell surfaces, whereas sunshine recorders rely on thermal scorching by concentrated light rays.

Anahtar Kavram

Meteorological Instrument Operational Mechanisms
Tahmini Süre:1m 30s
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Konular

Weather Elements, Instruments, and Measurements

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