I. The wind turbine shown in Figure 1(a) below is rotating with a constant angular velocity of magnitude wo in the clock

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I. The wind turbine shown in Figure 1(a) below is rotating with a constant angular velocity of magnitude wo in the clock

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I The Wind Turbine Shown In Figure 1 A Below Is Rotating With A Constant Angular Velocity Of Magnitude Wo In The Clock 1
I The Wind Turbine Shown In Figure 1 A Below Is Rotating With A Constant Angular Velocity Of Magnitude Wo In The Clock 1 (54 KiB) Viewed 17 times
I. The wind turbine shown in Figure 1(a) below is rotating with a constant angular velocity of magnitude wo in the clockwise direction as shown in the figure. Assume the distance from point P (i.e. blade tip) to the rotor centre to be L. For this wind turbine: (a) Obtain the velocity and acceleration of point P which is located at the tip [8 marks] of the blade in terms of L and wo, in a refernce frame B attached to the blade (define the reference frame yourself). (b) Draw the velocity and acceleration components of Point P. How do the [5 marks] directions of the components change as the turbine blade rotates? Suggested time: 15 minutes. P Wo Figure 1(a)
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