The WOW look at this thread
#8628
#8629
#8630
I think you mean clockwise. There is no way she could be spinning counter-clockwise. That would mean that her arm that is stretched out would be going from left to right in FRONT of her body, and here it is clearly going behind.
#8631
Here's my observation:
Her head is always tilted to the left.
Her left leg which is always up is going left.
Her ***** are only on the front side of her body.
Her left elbow is bent with more angle then her right elbow.
Her left arm is higher than her right arm.
Blah. freaks.
Her left leg in which she lifted up is angled to the right. According to the physics of centripetal force, if she was to go clockwise, her left leg up would have angled to the right due to angular momentum. However, the indication in the image shows that her left leg is angled to her right, which implies that the direction of angular momentum. We can also apply drag coefficient to the left leg.
Last edited by hey1; 06-27-2007 at 09:11 AM.
#8634
Here's my observation:
Her head is always tilted to the left.
Her left leg which is always up is going left.
Her ***** are only on the front side of her body.
Her left elbow is bent with more angle then her right elbow.
Her left arm is higher than her right arm.
Blah. freaks.
Her left leg in which she lifted up is angled to the right. According to the physics of centripetal force, if she was to go clockwise, her left leg up would have angled to the right due to angular momentum. However, the indication in the image shows that her left leg is angled to her right, which implies that the direction of angular momentum. We can also apply drag coefficient to the left leg.
#8635
your conclusion is based on a single perspective.
it's like saying when a car is moving forward, the wheels are going clockwise, if and only if you focus the car on the right side of the car.
#8638
#8640