(Solved): Where does the 0.002377 come from in this formula? if the aircraft in problem 11 has a wing area 11. ...

if the aircraft in problem 11 has a wing area 11. A $10,000?\mathrm{lb}$ aircraft has a $(L/D{)}_{\max }$ value of 9.8 ; find its minimum drag. 12. If the aircraft in Problem 11 has a wing area $S=200{\mathrm{ft}}^2$ and the value of $C_{\mathrm{L}}=0.5$ at $(L/D{)}_{\max }$, find the sea level airspeed where $D_{\min }$ occurs. 13. For the aircraft in Problem 11 find $D_i$ and $D_{\mathrm{p}}$ at $(L/D{)}_{\max }$ 14. For the aircraft in Problem 11 complete the following table and plot $D_i$, $D_{\mathrm{p}}$, and $D_{\mathrm{T}}$ on a sheet of graph paper. $\mathrm{S}=200{\mathrm{ft}}^{?}2$ and the value of $\mathrm{CL}=0.5$ at $(\mathrm{L}/\mathrm{D})\max$, find the sea level airspeed where Dmin occurs. the answer to 11 is 1020 lbs. I need 12 Show transcribed data This solution was written by a subject matter expert. It's designed to help students like you learn core concepts. Anonymous answered this 1,718 answers 11 12