- #1
Unlike in Newton's Cradle these balls are rolling. They have significant angular momentum too, which not transferred fully on collision (and if it was, it would have the wrong direction to make the other ball roll).sophiecentaur said:I have never seen one like that but it looks, to me, like a click click click toy, rather like a Newton's Cradle (balls suspended on strings from a frame). You pull one ball up the slope on one side and release it. Because the balls have identical masses, when it hits the other ball, it stops dead and the other one goes off with the same velocity - because the Momentum is transferred from one to the other.
A.T. said:Unlike in Newton's Cradle these balls are rolling. They have significant angular momentum too, which not transferred fully on collision (and if it was, it would have the wrong direction to make the other ball roll).
It looks like a part of a huge ring shaped ball-bearing. Adjustable wind turbine blades have bearings with balls of about this size.
Identifying an image helps to provide context and understanding of the content within the image. It can also help to determine the source and credibility of the image.
Image identification can be done through various methods, such as reverse image search, visual recognition software, or manual analysis of the elements within the image.
Image identification can provide information about the subject matter, location, time period, and potential sources of the image.
Image identification can be limited by the quality and clarity of the image, as well as the availability and accuracy of the tools and methods being used.
Image identification can be useful in scientific research by providing visual evidence to support findings and helping to identify potential sources of images used in research. It can also assist in verifying the accuracy of data and results.