Prove that no four consecutive binomial coefficients can be in arithmetic progression . 证明不存在四个连续的二项系数成算术级数。
A note on the least prime in an arithmetic progression 关于算术级数中最小素数的注记
Some exponential sums over primes in an arithmetic progression 算术级数中的一个指数和估计
It is proved that the least prime in an arithmetic progression with difference 立方部分有界为公差的算术级数中的最小素数
Method for solving finite summation of k steps arithmetic progression by using power series 阶等差数列有限和的幂级数求法
The result shows that the utility of the arithmetic progression can limit the first kind of misread 结果表明,等差数列的利用可规范第一种误读。
The principal purpose of this paper is to consider the bounds of solutions of the cubic equation with the prime variables in arithmetic progressions modulo k > 1 本文的主要目的是估计三次素变数方程的解在模k 1算术数列中的上界。
In the process for doing " generalization " , we make use of the higher arithmetic progression concepts [ 3 ] to deal with the results finally carry out the model of solving the crossing number of network graphs problems , this way may be an originality 在进行观察归纳研究法模式来探讨管线网路设置,其交叉处个数问题类化、一般化的过程中,引进高阶等差级数的理论3来处理所得结果的一般解决模式,乃是一种创意。
英文解释
(mathematics) a progression in which a constant is added to each term in order to obtain the next term; "1-4-7-10-13- is the start of an arithmetic progression"
百科解释
In mathematics, an arithmetic progression (AP) or arithmetic sequence is a sequence of numbers such that the difference between the consecutive terms is constant.