Convert the values provided below in terms of specified units, assuming the barometric pressure is  101.0 kPa. Be sure to only use the 1-atm conversion factors provided below, where applicable. For the  other conversion factors you need, refer to the thermodynamic table provided in Canvas. Round off your  FINAL answers to SIX decimal places. As you solve for the required, DO NOT round off intermediate  values.

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Convert the values provided below in terms of specified units, assuming the barometric pressure is 
101.0 kPa. Be sure to only use the 1-atm conversion factors provided below, where applicable. For the 
other conversion factors you need, refer to the thermodynamic table provided in Canvas. Round off your 
FINAL answers to SIX decimal places. As you solve for the required, DO NOT round off intermediate 
values. 

1 atm = 101.325 kPa = 29.921 inch Hg = 14.69594 psi = 760 Torrs
1 lbf 1 slug ft/s²
psig - psi gage
psia - psi absolute
f. 9.373 W/m-C° → Btu/h-ft-Rº
g. 124.57 psig → psia → bar (absolute)
h. 38.63 kPa (vacuum) → mbar (vacuum) → inch Hg (absolute)
1,356.71 Torr (absolute) → psia → atm (gage)
j. 586.24 mm Hg (absolute) → inch Hg (vacuum) → psi (vacuum)
Transcribed Image Text:1 atm = 101.325 kPa = 29.921 inch Hg = 14.69594 psi = 760 Torrs 1 lbf 1 slug ft/s² psig - psi gage psia - psi absolute f. 9.373 W/m-C° → Btu/h-ft-Rº g. 124.57 psig → psia → bar (absolute) h. 38.63 kPa (vacuum) → mbar (vacuum) → inch Hg (absolute) 1,356.71 Torr (absolute) → psia → atm (gage) j. 586.24 mm Hg (absolute) → inch Hg (vacuum) → psi (vacuum)
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