kinematics 1 (retired)
Description:
This challenge reminds of high school days.
A point mass m2 is placed at origin of cartesian plane.
Another point mass m1 moving with velocity u1,
at an angle theta (measured in degrees in counter clockwise direction with respect to negative x axis)
with velocity v1 strikes m2.
The collision is perfectly elastic.
The surface between -1 < x < 1 and -1 < y < 1 is perfectly smooth, whereas surface outside of this square has friction coefficient K.
Constraints:
- 0 <=
theta<= 90 g= 9.8 (m/s^2)m1,m2> 0
return a tuple containing
((final_coordinates1), (final_coordinates2)) in same order.
Note:the answers should be rounded off to second decimal place.
final_coordinates are final (x,y) coordinates after the objects come to rest.
The block m1 starts in the frictionless sqr with velocity u1.
Note: Basic equation of motion of newtonian mechanics have been used.
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Stats:
| Created | May 19, 2020 |
| Warriors Trained | 32 |
| Total Skips | 0 |
| Total Code Submissions | 51 |
| Total Times Completed | 9 |
| Python Completions | 9 |
| Total Stars | 3 |
| % of votes with a positive feedback rating | 40% of 5 |
| Total "Very Satisfied" Votes | 2 |
| Total "Somewhat Satisfied" Votes | 0 |
| Total "Not Satisfied" Votes | 3 |
| Total Rank Assessments | 5 |
| Average Assessed Rank | 6 kyu |
| Highest Assessed Rank | 5 kyu |
| Lowest Assessed Rank | 8 kyu |
