QUESTION 2 Consider the sprinkler system shown below. The sprinkler is rotating at w = 2.5...
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QUESTION 2 Consider the sprinkler system shown below. The sprinkler is rotating at w = 2.5 rad/s in the direction shown but is accelerating at a = 0.5 rad/s. Focusing on Figure 2: (a) Find the velocity of Point A in vector form within the coordinate system shown. (b) Find the magnitude of the velocity of Point A. (c) Find the acceleration of Point A in vector form within the coordinate system shown. (d) Find the magnitude of the acceleration of Point A (e) If the angle was increased while all other parameters remain the same, how would the magnitude of velocity and acceleration of Point A change? Why? Figure 1: Isometric image of sprinkler $=15 20 cm 5 cm Figure 2: Top view of sprinkler system QUESTION 2 Consider the sprinkler system shown below. The sprinkler is rotating at w = 2.5 rad/s in the direction shown but is accelerating at a = 0.5 rad/s. Focusing on Figure 2: (a) Find the velocity of Point A in vector form within the coordinate system shown. (b) Find the magnitude of the velocity of Point A. (c) Find the acceleration of Point A in vector form within the coordinate system shown. (d) Find the magnitude of the acceleration of Point A (e) If the angle was increased while all other parameters remain the same, how would the magnitude of velocity and acceleration of Point A change? Why? Figure 1: Isometric image of sprinkler $=15 20 cm 5 cm Figure 2: Top view of sprinkler system
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This question involves the study of planar kinematics of a rotating system specifically the motion of point A on the rotating sprinkler system Lets address each part of the question in sequence a Find ... View the full answer
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Income Tax Fundamentals 2013
ISBN: 9781285586618
31st Edition
Authors: Gerald E. Whittenburg, Martha Altus Buller, Steven L Gill
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