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The vertical motion of a general aviation airplane subjected to a sharp-edged wind gust is described by the equation
Δw(t) = Ag(1-e-t/τ) assume Ag = 30
where Δw is in the vertical velocity, is the magnitude of the wind gust, and g A (1-e-t/τ) is the time constant of the airplane. Use the Figure Q3 to determine the following:
(a) State the two types of gust inputs that are commonly used for the modelling process.
(b) Estimate the time constant of the airplane system.
(c) The maximum vertical acceleration and the time at which it occurs.
(d) Airplanes with low wing loadings are more responsive to the influence of vertical wind gusts compared with airplanes with high wing loadings. Verify the validity of the statement above with appropriate reasoning.
A company manufactures an assembly consisting of a frame, a shaft, and a ball bearing. The company manufactures the shafts and frames but purchases the ball bearings from a ball be
Ask question #how to identify region of the integral sum#
(13x7y)0
a) Use divided differences to ?nd the polynomial (in nested form) that interpolates the data b) Add the data point x = 6, y = -20 and hence estimate y for x = 2.
Use Lagrange interpolation to estimate f(3), given that f(1) = 1, f(4) = -3, f(2) = 0 and f(-1) = 3.
State each of the following arguments in abstract form. Recognize the premises and the conclusion of the argument. Then test whether the argument is valid or invalid. Describe how
after solving the difference equation using z transform, how to find the inverse z transform for the answer
P=(Fv- ? Av3) (1-e-µ?) P is Power v is velocity of the belt ? is the density of the belt material ? = 1200 kg/m3 A is the cross sectional a
if u=x^2-2y^2, v=2x^2-y^2 and x=rcosp ad y=rsinp, find the value of the jacobian d(u,v)/d(r,p)
how to quantize an La*b* image
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