• 沒有找到結果。

[PDF] Top 20 Mathematical Excalibur, Volume 6, Number 2

Has 10000 "Mathematical Excalibur, Volume 6, Number 2" found on our website. Below are the top 20 most common "Mathematical Excalibur, Volume 6, Number 2".

Mathematical Excalibur, Volume 6, Number 2

Mathematical Excalibur, Volume 6, Number 2

... On-line: http://www.math.ust.hk/mathematical_excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone ... See full document

4

Mathematical Excalibur, Volume 6, Number 1

Mathematical Excalibur, Volume 6, Number 1

... A/P. Solution 1. CHAO Khek Lun (St. Paul’s College, Form 6). Draw four rectangles on the sides of the quadrilateral and each has height A/P pointing inward. The sum of the areas of the rectangles is A. Since at ... See full document

4

Mathematical Excalibur, Volume 6, Number 3

Mathematical Excalibur, Volume 6, Number 3

... Fax: (852) 2358 1643 Email: [email protected] Let d be a positive integer that is not a square. The equation x 2 − dy 2 = 1 with variables x , y over integers is called Pell’s equation. It was Euler who ... See full document

4

Mathematical Excalibur, Volume 6, Number 4

Mathematical Excalibur, Volume 6, Number 4

... Volume 6, Number 4 Volume 6, Number 4 Volume 6, Number 4 Volume 6, Number 4 October October 2001 October 2001 October 2001 –––– December ... See full document

4

Mathematical Excalibur, Volume 6, Number 5

Mathematical Excalibur, Volume 6, Number 5

... Example 2. (Crux Problem 2333) D and E are points on sides AC and AB of triangle ABC, respectively. Also, DE is not parallel to CB. Suppose F and G are points of BC and ED, respectively, such that BF : FC = EG : ... See full document

4

Mathematical Excalibur, Volume 2, Number 2

Mathematical Excalibur, Volume 2, Number 2

... Solution.: Independent solution by CHEUNG Cheuk Lun (S.T.F.A. Leung Kau Kui College). The positive integers are separated into two subsets with no common elements. S[r] ... See full document

4

Mathematical Excalibur, Volume 1, Number 2

Mathematical Excalibur, Volume 1, Number 2

... If the starting point lies within a distance of 1 from the origin, the subsequent points will get closer and closer to the origin.. If the intial point is more than a distance o[r] ... See full document

4

Mathematical Excalibur, Volume 10, Number 2

Mathematical Excalibur, Volume 10, Number 2

... On-line: http://www.math.ust.hk/excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone and fax numbers (if ... See full document

6

Mathematical Excalibur, Volume 11, Number 2

Mathematical Excalibur, Volume 11, Number 2

... On-line: http://www.math.ust.hk/mathematical_excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone ... See full document

6

Mathematical Excalibur, Volume 12, Number 2

Mathematical Excalibur, Volume 12, Number 2

... On-line: http://www.math.ust.hk/mathematical_excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone ... See full document

6

Mathematical Excalibur, Volume 13, Number 2

Mathematical Excalibur, Volume 13, Number 2

... On-line: http://www.math.ust.hk/mathematical_excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone ... See full document

6

Mathematical Excalibur, Volume 14, Number 2

Mathematical Excalibur, Volume 14, Number 2

... Solution. LAM Cho Ho (CUHK Math Year 1). Take a circle of radius r so that all intersection points of the n lines are inside the circle and none of the n lines is tangent to the circle. Now each line intersects the ... See full document

6

Mathematical Excalibur, Volume 15, Number 2

Mathematical Excalibur, Volume 15, Number 2

... On-line: http://www.math.ust.hk/mathematical_excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone ... See full document

6

Mathematical Excalibur, Volume 16, Number 2

Mathematical Excalibur, Volume 16, Number 2

... On-line: http://www.math.ust.hk/mathematical_excalibur/ The editors welcome contributions from all teachers and students. With your submission, please include your name, address, school, email, telephone ... See full document

6

Mathematical Excalibur, Volume 17, Number 2

Mathematical Excalibur, Volume 17, Number 2

... This year’s International Mathematical Olympiad (IMO) has been of considerable significance to Hong Kong. At the 1997 IMO held in Mar del Plata, Argentina, shortly after our official transfer of sovereignty, the ... See full document

6

Mathematical Excalibur, Volume 18, Number 2

Mathematical Excalibur, Volume 18, Number 2

... Problem 1, which was supposed to be a number theory problem, is more like an algebra problem (no prime numbers, no factorization of integers, merely algebraic manipulation and some induction). And finally of ... See full document

8

Mathematical Excalibur, Volume 19, Number 2

Mathematical Excalibur, Volume 19, Number 2

... Mathematical Excalibur, Vol. 19, No. 2, Sep. 14 – Oct. 14 Page 2 Problem ...• 2 be an integer. Consider a n ×n chessboard consisting of n 2 unit ...k 2 unit ... See full document

6

Mathematical Excalibur, Volume 2, Number 1

Mathematical Excalibur, Volume 2, Number 1

... polynomials in problem 1 and numbers in problem 2. Like vectors expressed in coordinates, the v i 's are objects that may take on different values at different positions. So functions corresponding to solutions of ... See full document

5

Mathematical Excalibur, Volume 2, Number 3

Mathematical Excalibur, Volume 2, Number 3

... Kin-Yin Li, Dept of Mathematics, Hong Kong Wniversiv of Science and Technology, Clear Water Bay, Kowloon. Eight students took part in a contest with eight problems[r] ... See full document

4

Mathematical Excalibur, Volume 2, Number 4

Mathematical Excalibur, Volume 2, Number 4

... x 2 , ..., x 1996 and let s i = x 1 + x 2 + ... + x i for i = 1, 2, ...1995 2 ), ..., [ 1994 1995 ,1) and the 1996 numbers {s 1 }, {s 2 }, ... See full document

4

Show all 10000 documents...