Physics

Question

A cryogenic vacuum pump works by condensing vapors onto some absorbent medium. This is an efficient and clean way to pump a system in a research environment. The term cryo means cold, which indicates that these types of vacuum pumps contain a refrigerant cycle to cool the internal parts. The temperature difference between the inside and outside of a typical cryogenic pump is Δ=303 ∘C . Derive an expression to convert this difference into Fahrenheit and express the answer.

2 Answer

  • Answer:  Temperature in Fahrenheit is 577.4

    Explanation:

    The conversion factor for converting celcius to Fahrenheit is:

    [tex]F=\frac{9}{5}\times C+32[/tex]

    where F = temperature in Fahrenheit

    C = Temperature in Celcius

    Given : Temperature difference in Celcius = [tex]303^0C[/tex]

    Putting in the values we get:

    [tex]F=\frac{9}{5}\times 303+32[/tex]

    [tex]F=577.4[/tex]

    Thus the answer in Fahrenheit is 577.4

  • The required conversion of temperature from Celsius to Fahrenheit is 577.4 Degree Fahrenheit.

    Given data:

    The temperature difference between the inside and outside of a typical cryogenic pump is, [tex]\Delta T=303^{\circ}\rm C[/tex].

    The degree measure of the flow of heat from one point to another is known as the temperature at a specific point. The temperature measurements are done in Celsius, Fahrenheit and Kelvin scales. The expression to convert the Celsius scale to Fahrenheit scale is,

    [tex]T=(C \times \dfrac{9}{5} + 32)\;\rm ^{\circ}F[/tex]

    Solving as,

    [tex]T=(303 \times \dfrac{9}{5}+32 )\;\rm ^{\circ}F\\\\T=(303 \times \dfrac{9}{5}+32 )\;\rm ^{\circ}F\\\\T=577.4\;\rm ^{\circ}F[/tex]

    Thus, we can conclude that the required conversion of temperature from Celsius to Fahrenheit is 577.4 Degree Fahrenheit.

    Learn more about the Temperature conversion here:

    https://brainly.com/question/19705641

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