Develop a code simulating a system of two non-interacting particles (two hard spheres of same radii r) confined in a CIRCULAR shaped box of radius R with reflecting boundaries, which is held at constant temperature T. Past the code in your answer sheet with three images/screen shots, 1) screen shot of your input data, r, R, and T, 2) image of the hard sphere just before hitting the circular boundary, 3) image of the hard sphere just after bouncing back from the circular boundary. Also draw circles on 2nd and 3d images to show the circular boundary.

Develop a code simulating a system of two non-interacting particles (two hard spheres of same radii r) confined in a CIRCULAR shaped box of radius R with reflecting boundaries, which is held at constant temperature T. Past the code in your answer sheet with three images/screen shots, 1) screen shot of your input data, r, R, and T, 2) image of the hard sphere just before hitting the circular boundary, 3) image of the hard sphere just after bouncing back from the circular boundary. Also draw circles on 2nd and 3d images to show the circular boundary.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter7: Input/output Technology

Section: Chapter Questions

Problem 27VE

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