WebIn this paper we consider the unimodality problem of a sequence of binomial coefficients located in a ray or a transversal of the Pascal triangle. Our results give in particular an … WebIn this paper we consider the unimodality problem of a sequence of binomial coefficients located in a ray or a transversal of the Pascal triangle. Our results give in particular an affirmative answer to a conjecture of Belbachir et al which asserts that such a sequence of binomial coefficients must be unimodal.
Pascal’s triangle and the binomial theorem - mathcentre.ac.uk
WebPascal’s Triangle is a kind of number pattern. Pascal’s Triangle is the triangular arrangement of numbers that gives the coefficients in the expansion of any binomial expression. The numbers are so arranged that they reflect as a triangle. Firstly, 1 is placed at the top, and then we start putting the numbers in a triangular pattern. WebMany sequences of binomial coefficients share various unimodality properties. In this paper we consider the unimodality problem of a sequence of binomial coefficients located in a ray or a transversal of the Pascal triangle. Our results give in particular an affirmative answer to a conjecture of Belbachir et al which asserts that such a sequence of binomial … hotels near janghanpyeong station
On unimodality problems in Pascal’s triangle
WebIn particular, many sequences of binomial coefficients enjoy various unimodality properties. For example, the sequence of binomial coefficients along any finite transversal of Pascal’s triangle is log-concave and the sequence along any infinite downwards-directed transversal is asymptotically log-convex. More precisely, we have the following … WebIn this paper we consider the unimodality problem of a sequence of binomial coefficients located in a ray or a transversal of the Pascal triangle. Our results give in particular an … Web17 de ago. de 2024 · I was struck by the similarity with Pascal's Triangle and wondered if it could be used to solve the problem. My logic is as follows: 1.) Calculate the sums by row. 2.) Use Pascal's triangle to determine how many there must be (as each row adds up to a power of two) and to determine the offset from the start of the of the previous rows sums. … lime green ceramic plant pots