Dew point temperature, in degrees Celsius (^\circ\text C)(

C)left parenthesis, degrees, start text, C, end text, right parenthesis, is defined as the temperature to which the air would have to cool in order to reach saturation. For a temperature of 35^\circ\text C35

C35, degrees, start text, C, end text, an estimate of the dew point can be obtained by first subtracting 20^\circ \text{C}20

C20, degrees, start text, C, end text from the temperature, and then adding 1^\circ1

1, degrees for every increase of 555 points in the relative humidity, RRR. If the dew point is 30^\circ \text{C}30

C30, degrees, start text, C, end text, which of the following equations best models the situation?


Dew Point Temperature In Degrees Celsius Circtext C Cleft Parenthesis Degrees Start Text C End Text Right Parenthesis Is Defined As The Temperature To Which The class=

Sagot :

Answer:

The answer is D

Step-by-step explanation:

Option D will be the answer.

  Given in the question,

Steps to calculate the Dew point temperature,

  1. Subtract 20°C from the original temperature.
  2. Add 1° for every 5points in the relative humidity R.

If the original temperature is 35°C,

Step 1,

Subtract 20°C → (35°- 20°) = 15°

Step 2,

Add 1° foe every 5 points,

Hence, Dew point temperature = [tex]15^\circ+\frac{1}{5}R[/tex]

If the dew point is 30°C, expression will be,

[tex]30^\circ=15^\circ+\frac{1}{5}R[/tex]

  Therefore, Option D will be the answer.

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