One approximation for this process assumes negligible changes in temperature and only accounts for density changes in the buoyancy term; that approximation for it was developed by Boussinesq. This process occurs when a quantity equal to the product of the Grashof number and Prantl number is above 1700. Another law which assumes this process relates rate of heat transfer to surface area and difference in temperature, and was developed by Newton. For 10 points, identify this process, the primary mode of heat transport in fluids, which is differen
One approximation for this process assumes negligible changes in temperature and only accounts for density changes in the buoyancy term; that approximation for it was developed by Boussinesq. This process occurs when a quantity equal to the product of the Grashof number and Prantl number is above 1700. Another law which assumes this process relates rate of heat transfer to surface area and difference in temperature, and was developed by Newton. For 10 points, identify this process, the primary mode of heat transport in fluids, which is different from conduction.
One approximation for this process assumes negligible changes in temperature and only accounts for density changes in the buoyancy term; that approximation for it was developed by Boussinesq.
convection [or convective flow]