The critical Reynolds number makes a distinction between laminar and turbulent flow regimes of objects immersed in a fluid, as shown in the table below: Type of flow Re critical Pipeline flow 2300...

Extracted text: The critical Reynolds number makes a distinction between laminar and turbulent flow regimes of objects immersed in a fluid, as shown in the table below: Type of flow Re critical Pipeline flow 2300 Flow over smooth plate 5,0x10^5 Flow over smooth sphere 4,0x10^5 Considering that an airplane takes off with a speed of 260km/h and that rhoAR = 1.29kg/m^3, miAR= 1.81*10^-5 kg/(m*s), what is the length of the boundary layer over the wings where does the flow become turbulent?