Question

Equation of Motion n, t, b 1- The 4 Mg helicopter maneuvers a horizontal turn having a radius of curvature r = 400 m. Determine: a) The lift force FL required and the angle of bank ? when is flying with a constant speed of v = 40 m/s. {42.4 kN, 22.2"} b) Show that ? increases if v increases by calculating ? when v = 60 m/s. {42.5"}

          Equation of Motion n, t, b
1- The 4 Mg helicopter maneuvers a horizontal turn having a radius of curvature r = 400 m. Determine:
a) The lift force FL required and the angle of bank ? when is flying with a constant speed of v = 40 m/s. {42.4 kN, 22.2"}
b) Show that ? increases if v increases by calculating ? when v = 60 m/s. {42.5"}

Equation of Motion n, t, b
1- The 4 Mg helicopter maneuvers a horizontal turn having a radius of curvature r = 400 m. Determine:
a) The lift force FL required and the angle of bank ? when is flying with a constant speed of v = 40 m/s. 42.4 kN, 22.2"
b) Show that ? increases if v increases by calculating ? when v = 60 m/s. 42.5"

Added by Donald B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Timothy James

05/06/2022

Step 1

The centripetal force is given by the formula: $F_c = \frac{mv^2}{r}$ where $m$ is the mass of the helicopter, $v$ is its speed, and $r$ is the radius of curvature. We are given that the helicopter has a mass of $4 Mg = 4000 kg$, a speed of $v = 40 m/s$, and a Show more…

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Equation of Motion n, t, b 1- The 4 Mg helicopter maneuvers a horizontal turn having a radius of curvature r = 400 m. Determine: a) The lift force FL required and the angle of bank ̘ when is flying with a constant speed of v = 40 m/s. {42.4 kN, 22.2"} b) Show that ̘ increases if v increases by calculating ̘ when v = 60 m/s. {42.5"}