Recent content by lott

Thank you for taking the time to address this. Given the measurements above (and the .1" loose fit), is there a simple equation that would point to the 3 degree adjustment?

There is a very small amount of space between the rod and the bracket (i.e. it is not held completely rigid by the bracket). This is so that the rod may be swiveled from side to side while inside the bracket (as indicated on the drawing).

Thank you for your reply. The rod is 11.5 inches long (including up and down-turned ends). The down-turned end is 1.88 inches long and the up-turned end is 1.37 inches long.

Hi. I am hoping that someone can explain, in the language of physics, the solution to a problem encountered during a real-world product design. I have already solved the problem. I am simply looking for why the solution worked in terms of the language of physics. Please see the attached PDF...