不等式基本解释

汉语拼音:bù děng shì

把两个解析式用大于号、小于号、不大于号或不小于号连接起来所得的式子。如:x2-1≥0, -5<0,log25x>0,tgx+3>0等。

不等式详细解释

  1. 表示两个数或两个代数式不相等的算式,两个数或两个代数式之间用不等号连接,如5>2,3a<8,7m+1≠9m+2。

不等式双语翻译,不等式在线翻译例句

    • We derive now a useful variant of that inequality.

      我们现在推导这个不等式的另一种有用形式.

    • Since the above inequality is not satisfied a serial - carry synchronous counter can not be used.

      因上述不等式不能成立,所以不能采用串行进位同步计数器.

    • An equation or inequality relating the variables in an optimization problem.

      问题中,一种表示若干变量相互关系的方程(式)或不等式.

    • The mathematical model belongs to linear function with inequality constraints.

      其数学模型常为带有不等式约束的线性函数.

    • Based on random variable expectation and variance, some inequalities are proved.

      基于随机变量的数学期望与方差, 讨论随机变量数字特征的几个不等式.

    • Two theorems on strong limit in the form of inequality are obtained.

      获得两个用不等式表示的强极限定理.

    • Some nonlinear integral inequalities are established , which generalizes certain Bellman _ Bihari type inequalities.

      推广了一类Bellman_Bihari型不等式,得到几个非线性的积分不等式.

    • Methods: The minimum method and Cauchy - Schwarz inequality were applied.

      方法利用高等数学中的哥西不等式原理及求极小值方法.

    • A variational inequality - based algorithm is developed to find the optimal solution.

      最后基于变分不等式方法提出了求解优化模型的算法并给出了算例,算例结果表明了网络模型对网络广告定价策略的选择是有效的.

    • Lastly, we extend Erd s - Mordell inequality to n dimensional Euclidean space E ~ n ( n 3 ).

      并将Erds-Mordell不等式推广到n维欧氏空间E ( n3 ).

    • This paper popularizes Adarmar Non - equality into general minor matrix , obtaining several conclusions.

      本文将阿达玛不等式推广到一般的子式阵上, 从而得到新的结果.

    • It is only used for solving inequality constrained optimization problem.

      它仅用于求解不等式约束优化问题.

    • You know, classicality and luxury are never equal.

      要知道, 古典和奢侈,从来都是不等式.

    • Then we discuss nonexistence of weak solutions for some partial differential inequalities on H type groups.

      然后,我们讨论了H型群上一些偏微分不等式弱解的不存在性.

    • Furthermore, the feedback gain and performance measure are obtained through resolving the LMIs.

      通过求解线性矩阵不等式得到反馈增益矩阵和系统性能指标上界值.