The Tumbling of the Comet Nucleus



This is a drawing of what a comet might look like flying through space.
Click on image for full size version (40K GIF)
Images and simulations provided courtesy of Dr. Micheal Belton

As the comet approaches the sun, during its passage through space it will rotate, spin, and tumble. The motion of the comet causes different sides to be exposed to the sun's warmth. The movies below show different sorts of nucleus shapes tuumbling through space as they approach the sun.



The Tumbling of the Comet Nucleus



This is a drawing of what a comet might look like flying through space.
Click on image for full size version (40K GIF)
Images and simulations provided courtesy of Dr. Micheal Belton

As the comet approaches the sun, during its passage through space it will rotate, spin, and tumble. The motion of the comet causes different sides to be exposed to the sun's warmth. The movies below show different sorts of nucleus shapes tuumbling through space as they approach the sun.



The Tumbling of the Comet Nucleus



This is a drawing of what a comet might look like flying through space.
Click on image for full size version (40K GIF)
Images and simulations provided courtesy of Dr. Micheal Belton

As the comet approaches the sun, during its passage through space it will rotate, spin, and tumble. The motion of the comet causes different sides to be exposed to the sun's warmth. The movies below show different sorts of nucleus shapes tuumbling through space as they approach the sun.




Last modified February 25, 1997 by the Windows Team

The source of this material is Windows to the Universe, at http://www.windows.ucar.edu/ at the University Corporation for Atmospheric Research (UCAR). © The Regents of the University of Michigan. Windows to the Universe® is a registered trademark of UCAR. All Rights Reserved. Site policies and disclaimer