The result is: Max: S = 112.5°F; A = 106.3°FMin: S = 87.4°F; A = 77.6°F 26. Gas law Suppose that a gas satisfies the universal gaslaw, V = nRT/P, with n equal to 10 moles of the gasand R, the universal gas constant, equal to 0.082054.What is V if T = 10 K (kelvins, the units in which tem-perature is measured on the Kelvin scale) and P = 1atmosphere?%3DTemperature-humidity models There are different modelsfor measuring the effects of high temperature and humid-ity. Two of these are the Summer Simmer Index (S) andthe Apparent Temperature (A),* and they are given byS = 1.98T – 1.09(1- H)(T - 58) – 56.9A = 2.70 + 0.885T-78.7H + 1.20TH%3Dwhere Tis the air temperature (in degrees Fahrenheit)and H is the relative humidity (expressed as a decimal).Use these models in Problems 27 and 28.At the Dallas-Fort Worth Airport, the average dailytemperatures and humidities for July areMaximum: 97.8°F with 44% humidityMinimum: 74.7°F with 80% humidity**Calculate the Summer Simmer Index S and the Appar-ent Temperature A for both the average daily maximumand the average daily minimum temperature.

Name: The result is: Max: S = 112.5°F; A = 106.3°FMin: S = 87.4°F; A = 77.6°
Uploaded: 2024-03-20T06:46:55.000Z
Channel: Bartleby
Description: The result is: Max: S = 112.5°F; A = 106.3°FMin: S = 87.4°F; A = 77.6°F 26. Gas law Suppose that a gas satisfies the universal gaslaw, V = nRT/P, with n equal to 10 moles of the gasand R, the universal gas constant, equal to 0.082054.What is V if T =