1Someone try this.....
A small object loops a vertical loop in which a symmetrical section of angle 2a has been removed. Find the maximum and minimum heights from which the object, after loosing contact with the loop at point A and flying through the air, will reach point B. Find the corresponding angles of the section removed for which this is possible.
Src: Pinsky
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11 Answers
49i've got through it......it'll be using energy conservation to find out velocity of leaving the path and it will fly off tangentially.......
62Anirudh: Hint: what is the angle of projection at the point when it just leaves the curved surface?
What is the velocity ?
hence what is the range?
1bhaiya are A and B the two points of the sector removed from the vertical loop.
24THose in need of hint can see here
http://targetiit.com/iit-jee-forum/posts/alpha-63-63-63-63-63-63-63-63-63-1379.html?dpid=11272
19min ht - h ≥5r/2
......where r is the radius of the circular loop !