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A Mouse Hanging on to the End of the Windmill x=Acos(kt),y=Asin(kt)x=A \cos (k t), y=A \sin (k t)

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A mouse hanging on to the end of the windmill blade shown below has coordinates given by x=Acos(kt),y=Asin(kt)x=A \cos (k t), y=A \sin (k t) , where the origin is at the center of the blades, xx and yy are in meters, and tt is in seconds. The blades are 3 meters long and the windmill makes one complete revolution every 20 seconds in a counterclockwise direction. The mouse starts in the 3 o'clock position and, 7.5 seconds later, loses its hold and flies off. How many meters\sec. is the mouse traveling while it is on the blade? Round to 2 decimal places.
 A mouse hanging on to the end of the windmill blade shown below has coordinates given by  x=A \cos (k t), y=A \sin (k t) , where the origin is at the center of the blades,  x  and  y  are in meters, and  t  is in seconds. The blades are 3 meters long and the windmill makes one complete revolution every 20 seconds in a counterclockwise direction. The mouse starts in the 3 o'clock position and, 7.5 seconds later, loses its hold and flies off. How many meters\sec. is the mouse traveling while it is on the blade? Round to 2 decimal places.

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