Starting with Equation (4.35), derive Equation (4.36). 4.35: (M_{mathrm{LE}}^{prime}=-int_0^c xi(d L)=-ho_{infty} V_{infty} int_0^c xi gamma(xi) d xi)

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Starting with Equation (4.35), derive Equation (4.36).

4.35:

\(M_{\mathrm{LE}}^{\prime}=-\int_0^c \xi(d L)=-ho_{\infty} V_{\infty} \int_0^c \xi \gamma(\xi) d \xi\)

4.36:

\(M_{\mathrm{LE}}^{\prime}=-q_{\infty} c^2 \frac{\pi \alpha}{2}\)

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Fundamentals Of Aerodynamics ISE

ISBN: 9781266076442

7th Edition

Authors: John D. Anderson, Jr, Christopher P Cadou

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