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random7

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Everything posted by random7

  1. random7

    Ok, this topic isn't going so well, so this will be the last hint before posting the solutions tomorrow. Good luck to those working on this problem; I will post my solutions, a picture of Rajesh MS's solution, and a discussion on the efficiency of each, around this time tomorrow.
  2. random7

    Ok looks like it is time for a hint, hopefully to help some more people in getting started. I will give another hint tomorrow.
  3. random7

    I found the story over internet and here's the solution...only part that changed is instead of themagical pill, the third brother had a magical Pomegranate of which he gave a portion to the princess.. In my opinion, there is not a solid one-answer to this riddle. I believe that the point behind the way it is worded is to provoke peoples imaginations and creativity towards finding a solution; I believe it is that which makes this puzzle beautiful, not the existence of a single answer.
  4. random7

    Come on wolfgang; don't be like that. I'm sure that there would be someone here that would be happy to double-check your puzzles before posting them. Hey, to say the least, you could even put "English is not my native language" in the title-description to warn people like NoMinorChords before they open the thread. There are actually a lot of people who are apart of this forum that are not from English speaking backgrounds. I hope this helps. Also, I enjoyed this puzzle very much, and the responses indicate that people understood what you were trying to get across. - random7
  5. random7

    To sak_lko: That is awesome! Clever way of thinking about it. To Aroooz: Haha! Nice = D Clever job To wireman: lol, calling on the "Bro Code"!
  6. random7

    Could sridharang please put his/her response in a spoiler? And copy and pasting straight from another website is not appreciated; any member could find that quote easily, if they wanted to, but someone wanting to solve this puzzle themselves would have it spoiled by that quote. To pdqkemp: Love the pun =D
  7. random7

    THE CHALLENGE Construct a perfect golden-rectangle using only a straightedge and compass. This is a puzzle on technique, not artistic ability; the procedure used is what we are focusing on. INFORMATION A golden rectangle is a rectangle whose side lengths are in the golden ratio φ:1, where φ=(1+√5)/2. Though not required, using a picture together with your explanation will help others understand the procedure you used. Please do not forget to use spoilers! The thing that I have used below. Thank-you =)
  8. random7

    I would have to say that your response is the only idea behind a possible solution; well done! Unfortunately I made a certain assumption at the start, which lead me down the "impossibility" path, to which I can safely say I would not of returned from. Such a great puzzle! I wish I could of solved it myself.
  9. random7

    I shall award this thread to these fine problem-solvers:
  10. random7

    Sounds like a guess? = P I like your projective ability though = D The dotted line is the line of length "c" The colors may not be the same as you wrote Very very close! The beige region may need a re-think. I am very glad you put a lovely picture up = D The key to DeeGee's reasoning lies within the introductory paragraph in the original post. Yes! Very well done = D If you have a scanner, I'd love to see your sketch. Did you notice any red-herrings in this puzzle? You might want to read the original post a bit more carefully; the answer "should" have closed regions for 1 to 4. lol
  11. random7

    Let c be a fixed length, fixed in 2-dimensional space, which is the longest side of a triangle; let the other sides of this triangle be a and b, with variable lengths; let V be the vertex to the sides a and b; and let M be the midpoint of c. By: Colouring “the region mapped by the vertex V under the condition a2+b2 > c2” the colour beige; Colouring “the locus of the vertex V under the condition a2+b2 = c2” the colour beau-blue; Colouring “the region mapped by the vertex V under the condition a2+b2 < c2” the colour blue (light); Colouring “the region mapped by a point, which is within distance = c/8 of the point M” the colour black (note: if this region overlaps with another region, black is a more dominant colour); and Colouring the leftover uncoloured regions the colour bistre; What is the name given to the resulting mathematical picture? (Remember to use spoilers to allow other problem-solvers to come to the answer in their own time)
  12. random7

    Bravo! I don't know how you did that within a couple hours! I was not able to prove it, but I'm glad that someone did though you might want to practice writing your proofs such that people can easily understand them; it took me a while to decode a lot of your logical steps, due to the vagueness.
  13. random7

    Yeah, computer programs are good for solving problems... But puzzles are meant to be solved using logic, deduction, and all that jazz... I was wanting to find the answer using logic alone, not brute force = ) so my question still stands. Thanks for your response though, it would of been helpful otherwise. Does OP know how to solve this puzzle?
  14. random7

    Ok, I've spent way too long on this, when I "should" be studying for exams *sigh* This is what I've got so far. Only read the spoiler if you want some hints: I hope these random logical facts I've found help someone find the answer... I would of loved to of done it myself... But I need to concentrate on exams... And stop procrastinating God speed, random7 PS. to the OP: Is there only one answer? And are you very sure of the number of answers?
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