![SOLVED: Unit conversion (15) m^3 kg (a) 1.20 lb Btu-in (b) 1 h·ft^2·F W m·K Btu h (c) 1 ton of refrigeration = SOLVED: Unit conversion (15) m^3 kg (a) 1.20 lb Btu-in (b) 1 h·ft^2·F W m·K Btu h (c) 1 ton of refrigeration =](https://cdn.numerade.com/ask_images/204ec363cff54f98815e4fae4382c030.jpg)
SOLVED: Unit conversion (15) m^3 kg (a) 1.20 lb Btu-in (b) 1 h·ft^2·F W m·K Btu h (c) 1 ton of refrigeration =
![SOLVED: Choose one of the units below and convert it to SI units: Btu/(h ft °F) to W/(m K) + thermal conductivity Btu/(h ft^2 °F) to W/(m² K) > surface heat transfer SOLVED: Choose one of the units below and convert it to SI units: Btu/(h ft °F) to W/(m K) + thermal conductivity Btu/(h ft^2 °F) to W/(m² K) > surface heat transfer](https://cdn.numerade.com/ask_images/acf81c4625ca4aa2bcfd0ac5d7c8fa02.jpg)
SOLVED: Choose one of the units below and convert it to SI units: Btu/(h ft °F) to W/(m K) + thermal conductivity Btu/(h ft^2 °F) to W/(m² K) > surface heat transfer
![SOLVED: Verify the conversion factors: (a) 1 Btu/ft/hr = 3.1525 W/m^2 (b) 1 Btu/hr = 0.292875 W (c) 1 Btu/hr*ft*F = 1.729 W/mK SOLVED: Verify the conversion factors: (a) 1 Btu/ft/hr = 3.1525 W/m^2 (b) 1 Btu/hr = 0.292875 W (c) 1 Btu/hr*ft*F = 1.729 W/mK](https://cdn.numerade.com/ask_images/adf54bf7044c4abda0836d40d501c806.jpg)