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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def rotatePoint(x, y, rotationDegrees, pivotx=0, pivoty=0):
 """ Rotates the point at `x` and `y` by `rotationDegrees`. The point is rotated around the origin by default, but can be rotated around another pivot point by specifying `pivotx` and `pivoty`. The points are rotated counterclockwise. Returns an x and y tuple. Since the final result will be integers, there is a large amount of rounding error that can take place. (0, 10) (-10, 0) (7, 7) """


    # Reuse the code in rotatePoints()
    return list(rotatePoints([(x, y)], rotationDegrees, pivotx, pivoty))[0]