true or false pleassse faster Saturated steam’s enthalpy EQUATES the vapor enthalpy of steam at that given temperature or pressure. Steam is the BASIC source of energy in the food industry The average latent heat of water at any temperature is EQUAL to difference of the vapor and liquid enthalpies at that temperature Under the wet-steam region, isothermal and isobaric lines moves in the SAME direction Degree superheat is the temperature DIFFERENCE of the superheated steam temperature from saturated steam temperature Water CAN boil in a temperature below 100C
true or false pleassse faster Saturated steam’s enthalpy EQUATES the vapor enthalpy of steam at that given temperature or pressure. Steam is the BASIC source of energy in the food industry The average latent heat of water at any temperature is EQUAL to difference of the vapor and liquid enthalpies at that temperature Under the wet-steam region, isothermal and isobaric lines moves in the SAME direction Degree superheat is the temperature DIFFERENCE of the superheated steam temperature from saturated steam temperature Water CAN boil in a temperature below 100C
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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true or false pleassse faster
- Saturated steam’s enthalpy EQUATES the vapor enthalpy of steam at that given temperature or pressure.
- Steam is the BASIC source of energy in the food industry
- The average latent heat of water at any temperature is EQUAL to difference of the vapor and liquid enthalpies at that temperature
- Under the wet-steam region, isothermal and isobaric lines moves in the SAME direction
- Degree superheat is the temperature DIFFERENCE of the superheated steam temperature from saturated steam temperature
- Water CAN boil in a temperature below 100C
- LIQUID ENTHALPY also refers to the energy of liquid water
- The enthalpy of steam plotted in steam chart or tabulated in steam table is reckoned from ABSOLUTE ZERO
- Steam is STABLE even up to 2000K
- The SUM of moisture and quality under wet-steam region is equal to 1
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