The minimum internal volume for the burner that will allow complete combustion for an injector that produces atomized fuel droplets with diameters of 10 m is 0.05 m3. The minimum internal volume for the burner that will allow complete combustion for an injector that produces atomized fuel droplets with diameters of 100 m is 0.5 m3. Explanation: The minimum internal volume for the burner that will allow complete combustion for an injector that produces atomized fuel droplets with diameters of 10 m is 0.05 m3. This is because the smaller the droplet size, the higher the surface area to volume ratio, and the faster the evaporation rate. The minimum internal volume for the burner that will allow complete combustion for an injector that produces atomized fuel droplets with diameters of 100 m is 0.5 m3. This is because the larger the droplet size, the lower the surface area to volume ratio, and the slower the evaporation rate. To find the minimum internal volume for the burner that will allow complete combustion, we need to find the volume of fuel that will be completely combusted in 1 second. For an injector that produces atomized fuel droplets with diameters of 10 m