无穷级数英语怎么说及英文单词
❶ 美国数学竞赛amc8的常用数学英语单词
数学 mathematics, maths(BrE), math(AmE)被除数 dividend
除数 divisor 商 quotient 等于 equals, is equal to, is equivalent to 大于 is greater than
小于 is lesser than
大于等于 is equal or greater than
小于等于 is equal or lesser than
运算符 operator
数字 digit
数 number
自然数 natural number
公理 axiom
定理 theorem
计算 calculation
运算 operation
证明 prove
假设 hypothesis, hypotheses(pl.)
命题 proposition
算术 arithmetic
加 plus(prep.), add(v.), addition(n.)
被加数 augend, summand
加数 addend
和 sum
减 minus(prep.), subtract(v.), subtraction(n.)
被减数 minuend
减数 subtrahend
差 remainder
乘 times(prep.), multiply(v.), multiplication(n.)
被乘数 multiplicand, faciend
乘数 multiplicator
积 proct
除 divided by(prep.), divide(v.), division(n.)
整数 integer
小数 decimal
小数点 decimal point
分数 fraction
分子 numerator
分母 denominator
比 ratio
正 positive
负 negative
零 null, zero, nought, nil
十进制 decimal system
二进制 binary system
十六进制 hexadecimal system
权 weight, significance
进位 carry
截尾 truncation
四舍五入 round
下舍入 round down
上舍入 round up
有效数字 significant digit
无效数字 insignificant digit
代数 algebra
公式 formula, formulae(pl.)
单项式 monomial
多项式 polynomial, multinomial
系数 coefficient
未知数 unknown, x-factor, y-factor, z-factor
等式,方程式 equation
一次方程 simple equation
二次方程 quadratic equation
三次方程 cubic equation
四次方程 quartic equation
不等式 inequation
阶乘 factorial
对数 logarithm
指数,幂 exponent
乘方 power
二次方,平方 square
三次方,立方 cube
四次方 the power of four, the fourth power
n次方 the power of n, the nth power
开方 evolution, extraction
二次方根,平方根 square root
三次方根,立方根 cube root
四次方根 the root of four, the fourth root
n次方根 the root of n, the nth root
集合 aggregate
元素 element
空集 void
子集 subset
交集 intersection
并集 union
补集 complement
映射 mapping
函数 function
定义域 domain, field of definition
值域 range
常量 constant
变量 variable
单调性 monotonicity
奇偶性 parity
周期性 periodicity
图象 image
数列,级数 series
微积分 calculus
微分 differential
导数 derivative
极限 limit
无穷大 infinite(a.) infinity(n.)
无穷小 infinitesimal
积分 integral
定积分 definite integral
不定积分 indefinite integral
有理数 rational number
无理数 irrational number
实数 real number
虚数 imaginary number
复数 complex number
矩阵 matrix
行列式 determinant
几何 geometry
点 point
线 line
面 plane
体 solid
线段 segment
射线 radial
平行 parallel
相交 intersect
角 angle
角度 degree
弧度 radian
锐角 acute angle
直角 right angle
钝角 obtuse angle
平角 straight angle
周角 perigon
底 base
边 side
高 height
三角形 triangle
锐角三角形 acute triangle
直角三角形 right triangle
直角边 leg
斜边 hypotenuse
勾股定理 Pythagorean theorem
钝角三角形 obtuse triangle
不等边三角形 scalene triangle
等腰三角形 isosceles triangle
等边三角形 equilateral triangle
四边形 quadrilateral
平行四边形 parallelogram
矩形 rectangle
长 length
宽 width
菱形 rhomb, rhombus, rhombi(pl.), diamond
正方形 square
梯形 trapezoid
直角梯形 right trapezoid
等腰梯形 isosceles trapezoid
五边形 pentagon
六边形 hexagon
七边形 heptagon
八边形 octagon
九边形 enneagon
十边形 decagon
十一边形 hendecagon
十二边形 dodecagon
多边形 polygon
正多边形 equilateral polygon
圆 circle
圆心 centre(BrE), center(AmE)
半径 radius
直径 diameter
圆周率 pi
弧 arc
半圆 semicircle
扇形 sector
环 ring
椭圆 ellipse
圆周 circumference
周长 perimeter
面积 area
轨迹 locus, loca(pl.)
相似 similar
全等 congruent
四面体 tetrahedron
五面体 pentahedron
六面体 hexahedron
平行六面体 parallelepiped
立方体 cube
七面体 heptahedron
八面体 octahedron
九面体 enneahedron
十面体 decahedron
十一面体 hendecahedron
十二面体 dodecahedron
二十面体 icosahedron
多面体 polyhedron
棱锥 pyramid
棱柱 prism
棱台 frustum of a prism
旋转 rotation
轴 axis
圆锥 cone
圆柱 cylinder
圆台 frustum of a cone
球 sphere
半球 hemisphere
底面 undersurface
表面积 surface area
体积 volume
空间 space
坐标系 coordinates
坐标轴 x-axis, y-axis, z-axis
横坐标 x-coordinate
纵坐标 y-coordinate
原点 origin
双曲线 hyperbola
抛物线 parabola
三角 trigonometry
正弦 sine
余弦 cosine
正切 tangent
余切 cotangent
正割 secant
余割 cosecant
反正弦 arc sine
反余弦 arc cosine
反正切 arc tangent
反余切 arc cotangent
反正割 arc secant
反余割 arc cosecant
相位 phase
周期 period
振幅 amplitude
内心 incentre(BrE), incenter(AmE)
外心 excentre(BrE), excenter(AmE)
旁心 escentre(BrE), escenter(AmE)
垂心 orthocentre(BrE), orthocenter(AmE)
重心 barycentre(BrE), barycenter(AmE)
内切圆 inscribed circle
外切圆 circumcircle
统计 statistics
平均数 average
加权平均数 weighted average
方差 variance
标准差 root-mean-square deviation, standard deviation
比例 propotion
百分比 percent
百分点 percentage
百分位数 percentile
排列 permutation
组合 combination
概率,或然率 probability
分布 distribution
正态分布 normal distribution
非正态分布 abnormal distribution
图表 graph
条形统计图 bar graph
柱形统计图 histogram
折线统计图 broken line graph
曲线统计图 curve diagram
扇形统计图 pie diagram
❷ 微积分的课程简介,求翻译成英文
This course is a compulsory course for undergraates in department of economy and management,which includes functions,limit and continuous function,derivative and differential
, mean value theorem and the application of derivative,indefinite integral,definite integral,infinite series,multivariate function,and the outline of ordinary differential equation.
照着词典查的单词,希望能靠谱~~
❸ 直流电和交流电的英文是什么,简称又是什么简称即缩写
1、直流电的英文是Direct Current,简称DC。直流电又称“恒流电”,恒定电流是直流电的一种,是大小和方向都不变的直流电,是由爱迪生发现的。
2、交流电的英文是Alternating Current,简称AC。交流电波形为正弦曲线。交流电可以有效传输电力。但实际上还有应用其他的波形,例如三角形波、正方形波。生活中使用的市电就是具有正弦波形的交流电。
(3)无穷级数英语怎么说及英文单词扩展阅读
1、在直流电路中,电子从阴极、负极、负磁极形成,并向阳极、正极、正磁极移动。不过,物理学家定义直流电为从正极到负极的运动。直流电由电气化学和光电单元和电池产生的。
2、日常生活中的交流电的频率一般为50赫兹或60赫兹,而无线电技术中涉及的交流电频率一般较大,达到千赫兹(KHz)甚至百万赫兹(MHz)的度量。不同国家的电力系统的交流电频率不同,通常为50赫兹或者60赫兹。
❹ 英语高高手 中译英
Algoris and Data Structures
Algorithm and data structure "is a computer program designed by an important theoretical and technological base, and are the core of computer science courses are much involved in the design of data structure and algorithm design courses, such as operating systems, compiler theory, artificial intelligence pioneer class. The curriculum at C Language Program Design, based on the field of computer applications to teach data structures and application of a variety of data types, algorithm. The main purpose of teaching is to enable students to learn how to analysis of computer processing of data structure properties, for applications the data select the appropriate logical structure, storage structure and their corresponding algorithms. that students cultivate the ability of data abstraction and good programming style.
Higher Mathematics (工学类) Ⅰ
Higher Mathematics
Limit, one dollar function calculus, spatial analytic geometry and vector algebra, infinite series, multi-calculus, ordinary differential equations.
Higher Mathematics (工学类) Ⅱ
Higher Mathematics
Limit, one dollar function calculus, spatial analytic geometry and vector algebra, infinite series, multi-calculus, ordinary differential equations.
Assembly language
Assembly Language
Empowers students to master 86 series of assembly language programming principle and method. The main teaching content include: 8086/8088 microprocessor system agencies, 8086/8088 addressing mode and instruction set, assembly language and programming techniques often used to call system functions under the practice of programming and program debugging, assembly language proceres on machine practice. Require students to master these basic knowledge and skills to carry out more skilled assembly language program analysis, design and debug, with the use of the study's ability to solve practical problems.
Discrete Mathematics
Discrete Mathematics
The math curriculum is an important modern branch of computer science are the core of basic theoretical curriculum, it is with the development of computer science and graally set up, which was formed in the early seventies, are an instrument of the emerging disciplines. Discrete Mathematics is a study of discrete structures and the relationship between the main objective of its research subjects are generally limited or few elements, it fully describes the nature of computer science discrete characteristics. This course includes basic theory and application of two parts, the basic theory, including mathematical logic, set theory, algebraic structures and Boolean algebra, graph theory, such as four aspects of content, applications introce some of the major forms of language and automata and the initial error-correcting codes.
Advanced Language Program Design
The C Programe
C language overview, data types, operators and expressions, the most simple C programming, select the structure of programming, cycle control, array, function, pre-processing command, pointer, structure and share body
❺ 数学专用词汇英文表示 例如:角度 angle
A
abelian group:阿贝尔群; absolute geometry:绝对几何; absolute value:绝对值; abstract algebra:抽象代数; addition:加法; algebra:代数; algebraic closure:代数闭包; algebraic geometry:代数几何; algebraic geometry and analytic geometry:代数几何和解析几何; algebraic numbers:代数数; algorithm:算法; almost all:绝大多数; analytic function:解析函数; analytic geometry:解析几何; and:且; angle:角度; anticommutative:反交换律; antisymmetric relation:反对称关系; antisymmetry:反对称性; approximately equal:约等于; Archimedean field:阿基米德域; Archimedean group:阿基米德群; area:面积; arithmetic:算术; associative algebra:结合代数; associativity:结合律; axiom:公理; axiom of constructibility:可构造公理; axiom of empty set:空集公理; axiom of extensionality:外延公理; axiom of foundation:正则公理; axiom of pairing:对集公理; axiom of regularity:正则公理; axiom of replacement:代换公理; axiom of union:并集公理; axiom schema of separation:分离公理; axiom schema of specification:分离公理; axiomatic set theory:公理集合论; axiomatic system:公理系统;
B
Baire space:贝利空间; basis:基; Bézout's identity:贝祖恒等式; Bernoulli's inequality:伯努利不等式 ; Big O notation:大O符号; bilinear operator:双线性算子; binary operation:二元运算; binary predicate:二元谓词; binary relation:二元关系; Boolean algebra:布尔代数; Boolean logic:布尔逻辑; Boolean ring:布尔环; boundary:边界; boundary point:边界点; bounded lattice:有界格;
C
calculus:微积分学; Cantor's diagonal argument:康托尔对角线方法; cardinal number:基数; cardinality:势; cardinality of the continuum:连续统的势; Cartesian coordinate system:直角坐标系; Cartesian proct:笛卡尔积; category:范畴; Cauchy sequence:柯西序列; Cauchy-Schwarz inequality:柯西不等式; Ceva's Theorem:塞瓦定理; characteristic:特征; characteristic polynomial:特征多项式; circle:圆; class:类; closed:闭集; closure:封闭性 或 闭包; closure algebra:闭包代数; combinatorial identities:组合恒等式; commutative group:交换群; commutative ring:交换环; commutativity::交换律; compact:紧致的; compact set:紧致集合; compact space:紧致空间; complement:补集 或 补运算; complete lattice:完备格; complete metric space:完备的度量空间; complete space:完备空间; complex manifold:复流形; complex plane:复平面; congruence:同余; congruent:全等; connected space:连通空间; constructible universe:可构造全集; constructions of the real numbers:实数的构造; continued fraction:连分数; continuous:连续; continuum hypothesis:连续统假设; contractible space:可缩空间; convergence space:收敛空间; cosine:余弦; countable:可数; countable set:可数集; cross proct:叉积; cycle space:圈空间; cyclic group:循环群;
D
de Morgan's laws:德·摩根律; Dedekind completion:戴德金完备性; Dedekind cut:戴德金分割; del:微分算子; dense:稠密; densely ordered:稠密排列; derivative:导数; determinant:行列式; diffeomorphism:可微同构; difference:差; differentiable manifold:可微流形; differential calculus:微分学; dimension:维数; directed graph:有向图; discrete space:离散空间; discriminant:判别式; distance:距离; distributivity:分配律; dividend:被除数; dividing:除; divisibility:整除; division:除法; divisor:除数; dot proct:点积;
E
eigenvalue:特征值; eigenvector:特征向量; element:元素; elementary algebra:初等代数; empty function:空函数; empty set:空集; empty proct:空积; equal:等于; equality:等式 或 等于; equation:方程; equivalence relation:等价关系; Euclidean geometry:欧几里德几何; Euclidean metric:欧几里德度量; Euclidean space:欧几里德空间; Euler's identity:欧拉恒等式; even number:偶数; event:事件; existential quantifier:存在量词; exponential function:指数函数; exponential identities:指数恒等式; expression:表达式; extended real number line:扩展的实数轴;
F
false:假; field:域; finite:有限; finite field:有限域; finite set:有限集合; first-countable space:第一可数空间; first order logic:一阶逻辑; foundations of mathematics:数学基础; function:函数; functional analysis:泛函分析; functional predicate:函数谓词; fundamental theorem of algebra:代数基本定理; fraction:分数;
G
gauge space:规格空间; general linear group:一般线性群; geometry:几何学; gradient:梯度; graph:图; graph of a relation:关系图; graph theory:图论; greatest element:最大元; group:群; group homomorphism:群同态;
H
Hausdorff space:豪斯多夫空间; hereditarily finite set:遗传有限集合; Heron's formula:海伦公式; Hilbert space:希尔伯特空间; Hilbert's axioms:希尔伯特公理系统; Hodge decomposition:霍奇分解; Hodge Laplacian:霍奇拉普拉斯算子; homeomorphism:同胚; horizontal:水平; hyperbolic function identities:双曲线函数恒等式; hypergeometric function identities:超几何函数恒等式; hyperreal number:超实数;
I
identical:同一的; identity:恒等式; identity element:单位元; identity matrix:单位矩阵; idempotent:幂等; if:若; if and only if:当且仅当; iff:当且仅当; imaginary number:虚数; inclusion:包含; index set:索引集合; indiscrete space:非离散空间; inequality:不等式 或 不等; inequality of arithmetic and geometric means:平均数不等式; infimum:下确界; infinite series:无穷级数; infinite:无穷大; infinitesimal:无穷小; infinity:无穷大; initial object:初始对象; inner angle:内角; inner proct:内积; inner proct space:内积空间; integer:整数; integer sequence:整数列; integral:积分; integral domain:整数环; interior:内部; interior algebra:内部代数; interior point:内点; intersection:交集; inverse element:逆元; invertible matrix:可逆矩阵; interval:区间; involution:回旋; irrational number:无理数; isolated point:孤点; isomorphism:同构;
J
Jacobi identity:雅可比恒等式; join:并运算;
K
格式: Kuratowski closure axioms:Kuratowski 闭包公理;
L
least element:最小元; Lebesgue measure:勒贝格测度; Leibniz's law:莱布尼茨律; Lie algebra:李代数; Lie group:李群; limit:极限; limit point:极限点; line:线; line segment:线段; linear:线性; linear algebra:线性代数; linear operator:线性算子; linear space:线性空间; linear transformation:线性变换; linearity:线性性; list of inequalities:不等式列表; list of linear algebra topics:线性代数相关条目; locally compact space:局部紧致空间; logarithmic identities:对数恒等式; logic:逻辑学; logical positivism:逻辑实证主义; law of cosines:余弦定理; L??wenheim-Skolem theorem:L??wenheim-Skolem 定理; lower limit topology:下限拓扑;
M
magnitude:量; manifold:流形; map:映射; mathematical symbols:数学符号; mathematical analysis:数学分析; mathematical proof:数学证明; mathematics:数学; matrix:矩阵; matrix multiplication:矩阵乘法; meaning:语义; measure:测度; meet:交运算; member:元素; metamathematics:元数学; metric:度量; metric space:度量空间; model:模型; model theory:模型论; molar arithmetic:模运算; mole:模; monotonic function:单调函数; multilinear algebra:多重线性代数; multiplication:乘法; multiset:多样集;
N
naive set theory:朴素集合论; natural logarithm:自然对数; natural number:自然数; natural science:自然科学; negative number:负数; neighbourhood:邻域; New Foundations:新基础理论; nine point circle:九点圆; non-Euclidean geometry:非欧几里德几何; nonlinearity:非线性; non-singular matrix:非奇异矩阵; nonstandard model:非标准模型; nonstandard analysis:非标准分析; norm:范数; normed vector space:赋范向量空间; n-tuple:n 元组 或 多元组; nullary:空; nullary intersection:空交集; number:数; number line:数轴;
O
object:对象; octonion:八元数; one-to-one correspondence:一一对应; open:开集; open ball:开球; operation:运算; operator:算子; or:或; order topology:序拓扑; ordered field:有序域; ordered pair:有序对; ordered set:偏序集; ordinal number:序数; ordinary mathematics:一般数学; origin:原点; orthogonal matrix:正交矩阵;
P
p-adic number:p进数; paracompact space:仿紧致空间; parallel postulate:平行公理; parallelepiped:平行六面体; parallelogram:平行四边形; partial order:偏序关系; partition:分割; Peano arithmetic:皮亚诺公理; Pedoe's inequality:佩多不等式; perpendicular:垂直; philosopher:哲学家; philosophy:哲学; philosophy journals:哲学类杂志; plane:平面; plural quantification:复数量化; point:点; Point-Line-Plane postulate:点线面假设; polar coordinates:极坐标系; polynomial:多项式; polynomial sequence:多项式列; positive-definite matrix:正定矩阵; positive-semidefinite matrix:半正定矩阵; power set:幂集; predicate:谓词; predicate logic:谓词逻辑; preorder:预序关系; prime number:素数; proct:积; proof:证明; proper class:纯类; proper subset:真子集; property:性质; proposition:命题; pseudovector:伪向量; Pythagorean theorem:勾股定理;
Q
Q.E.D.:Q.E.D.; quaternion:四元数; quaternions and spatial rotation:四元数与空间旋转; question:疑问句; quotient field:商域; quotient set:商集;
R
radius:半径; ratio:比; rational number:有理数; real analysis:实分析; real closed field:实闭域; real line:实数轴; real number:实数; real number line:实数线; reflexive relation:自反关系; reflexivity:自反性; reification:具体化; relation:关系; relative complement:相对补集; relatively complemented lattice:相对补格; right angle:直角; right-handed rule:右手定则; ring:环;
S
scalar:标量; second-countable space:第二可数空间; self-adjoint operator:自伴随算子; sentence:判断; separable space:可分空间; sequence:数列 或 序列; sequence space:序列空间; series:级数; sesquilinear function:半双线性函数; set:集合; set-theoretic definition of natural numbers:自然数的集合论定义; set theory:集合论; several complex variables:一些复变量; shape:几何形状; sign function:符号函数; singleton:单元素集合; social science:社会科学; solid geometry:立体几何; space:空间; spherical coordinates:球坐标系; square matrix:方块矩阵; square root:平方根; strict:严格; structural recursion:结构递归; subset:子集; subsequence:子序列; subspace:子空间; subspace topology:子空间拓扑; subtraction:减法; sum:和; summation:求和; supremum:上确界; surreal number:超实数; symmetric difference:对称差; symmetric relation:对称关系; system of linear equations:线性方程组;
T
tensor:张量; terminal object:终结对象; the algebra of sets:集合代数; theorem:定理; top element:最大元; topological field:拓扑域; topological manifold:拓扑流形; topological space:拓扑空间; topology:拓扑 或 拓扑学; total order:全序关系; totally disconnected:完全不连贯; totally ordered set:全序集; transcendental number:超越数; transfinite recursion:超限归纳法; transitivity:传递性; transitive relation:传递关系; transpose:转置; triangle inequality:三角不等式; trigonometric identities:三角恒等式; triple proct:三重积; trivial topology:密着拓扑; true:真; truth value:真值;
U
unary operation:一元运算; uncountable:不可数; uniform space:一致空间; union:并集; unique:唯一; unit interval:单位区间; unit step function:单位阶跃函数; unit vector:单位向量; universal quantification:全称量词; universal set:全集; upper bound:上界;
V
vacuously true:??; Vandermonde's identity:Vandermonde 恒等式; variable:变量; vector:向量; vector calculus:向量分析; vector space:向量空间; Venn diagram:文氏图; volume:体积; von Neumann ordinal:冯·诺伊曼序数; von Neumann universe:冯·诺伊曼全集; vulgar fraction:分数;
Z
Zermelo set theory:策梅罗集合论; Zermelo-Fraenkel set theory:策梅罗-弗兰克尔集合论; ZF set theory:ZF 系统; zero:零; zero object:零对象;
绝对很全了~
❻ 英文牛人帮帮忙翻译一下,必重谢!有加分
Higher Mathematics (Upper and Lower) (5 credits)
Summary: Higher Mathematics is a professional engineering colleges students a compulsory basis for important theoretical lessons of mathematics. Learning through the curriculum, giving students access to: one dollar function calculus, vector algebra and analytic geometry of space, multi-function calculus, infinite series and ordinary differential equations and other basic concepts, basic theory and basic computing skills, for the follow-up study courses and further mathematical knowledge necessary to lay the foundation of mathematics.
University of Languages (2 credits)
The course of China's outstanding literary works as the carrier, through the knowledge of literature and writers to introce the life of thinking, to broaden the literary horizons of students, for students to acquire the traditional culture of the human spirit and human qualities; through analysis of literary works read further the language proficiency of students and the reading of literary works, understanding, appreciation and evaluation capacity. .
College English (I, II, III, IV) (4 * 4 credits)
Summary: College English Teaching will focus on the basic teaching language. Language based on language knowledge and language ability. The former refers to voice, such as grammar and vocabulary knowledge, which refers to the integrated use of such knowledge, reading, listening, speaking, writing, translation and other language activities. The purpose of their teaching is to train students with strong reading ability and a certain degree of listening, speaking, writing and translation capabilities, so that they can be concted in English, the exchange of information.
Computer Culture (2 credits)
Summary: the basis of the computer culture of non-computer science undergraate curriculum based on teaching the computer a compulsory subject, is also a computer science undergraate elective course is to learn high-level language computer, CAD and other application software pre-courses. Teaching aim is to improve the quality of computer literacy of students so that students in the hands of the information society learn, work and survival must have basic knowledge of computer operation and basic skills, to develop self-learning ability of computer knowledge, especially in a wide range of applications software operating capacity. So that students understand and are familiar with computer software and hardware working environment, skilled master computer operating system Windows, office automation software, Office of the basic network and Internet software tools, with online access to information and communication capabilities, to carry out a wide range of information exchange, and computer courses for the study lay the foundation for follow-up.
C Language Programming (4 credits)
Summary: This course is mainly to teach basic idea of programming, C language features, the order of the structure, branch structure, and the cycle structure, array, function, pointer, structure, linked lists, documents, etc. to help students to establish the concept of program design.
Linear Algebra (3 credits)
Summary: The concept of matrix and its determinant computing, matrix determinant, matrix sub-block with the elementary transformation, invertible matrix, rank of matrix; vector and its computation, the linear relationship between vector, vector group of rank; linear equations of the nature and structure of linear equations; matrix eigenvalue and eigenvector, similar to matrix and matrix diagonalization conditions, the standard quadratic form with the normal forms, quadratic and symmetric matrix There are qualitative.
Probability Theory and Mathematical Statistics (3 credits)
Summary: Probability Theory and Mathematical Statistics is the mathematical study of random phenomena disciplines, their theories and methods widely used in instry, agriculture, military, and other science and technology; Probability and Statistics and other disciplines to develop into a combination of a lot of the edge of disciplines such as bio - statistics, statistical physics, econometrics and so on; it is also the basis of many important subjects, such as information theory, control theory, reliability theory and artificial intelligence.
The main contents are: the probability of random events, one-dimensional and multi-dimensional random variable and its distribution, the number of characteristics of random variables, theorems of large numbers and central limit theorem of probability theory, such as basic theory, parameter estimation, hypothesis testing methods of mathematical statistics.
❼ 电视剧 / 连续剧 英语怎么说
电视剧 / 连续剧的英文是:Teleplay(电视剧);Series (连续剧)、
teleplay 英['teləpleɪ] 美['teləˌpleɪ] n. 电视剧;
[例句]Theteleplayvividly depicts the dauntless spirit of thetrailblazers.
这个电视剧形象地表现了拓荒者们坚韧不拔的精神
series 英[ˈsɪəri:z] 美[ˈsɪri:z] ;n. 串联; 级数; 系列,连续; (广播或电视上题材或角色相同的) 系列节目; 复数:series
[例句]The students have put forward aseriesofquestions.
学生们提出了一系列问题。
(7)无穷级数英语怎么说及英文单词扩展阅读
series 相关词组:
1.in series with: 与...相连;
2.in series: 连续地;
3.a series of: 一连串;
例句:
1、Then began aseriesof wet days that spoiled our vacation.
之后就是一连串的下雨天,把我们的假期弄得一团糟。
2、He saw aseriesof white arrows painted on the road.
他看见马路上画有一连串白色箭头。
series 网络解释
1. 串联:此外,电子元件的特性除了电阻(R)及电抗(X)外,还有品质因子(Quality)及损串联(Series)及并联(Parallel)显示. 在串联模式时,阻抗可以简单的加法求出等效造成量测的误差. 改善之道是将一片守护板(Guard Plate)置於量测夹具的正和负端守护板(Guard Plate)可降低杂散电融效应表示,
2. 级数:对传统的、视觉上确定的几何学的这种摧毁,最明晰的例证,在我看来,莫过于把角函数--在印度数学中,它便是数字(我们的心智几乎无法理解印度人的这个词的含义)--转化成周期函数,由此而进入无穷的数字王国,在那里,角函数变成了级数(series),不再留有欧几里得
3. 系:群(group), 组(section), 系(series):这些类群名称用在不同场合,常常有非常不同的含义,可以是种水平系睦嗳,也可以代表属以系燃兜姆掷嗟ピ的集合.
❽ AST是什么英语单词的缩写
词典解释
缩写词 abbr.
1.=Atlantic Standard Time 大西洋标准时间
2.【电脑】AST公司(美国电脑公司名)
以下结果来自互联网网络释义
AST
1.助攻次数
[篮球]超级经典的NBA篮球完全资料库(中...
AST 助攻次数
http://www.rucmba.com...
2.天门冬酸氨基转换酶
试验设计常用词汇--中国护士网
AST 天门冬酸氨基转换酶
http://www.china-nurs...
3.虹志电脑
IT相关术语
AST 虹志电脑
❾ 数学家欧拉生平及贡献简介(中英文对照版)
欧拉生平
英文的生平及贡献见上面那位仁兄的即可!
欧拉(Euler,1707~1783),瑞士数学家及自然科学家。1707年4月15日出生于瑞士的巴塞尔,1783年9月18日于俄国的彼得堡去逝。欧拉出生于一个牧师家庭,自幼受到父亲的教育。13岁时入读巴塞尔大学,15岁大学毕业,16岁获得硕士学位。
欧拉的父亲希望他学习神学,但他最感兴趣的是数学。在上大学时,他已受到约翰第一·伯努利的特别指导,专心研究数学。18岁时,他彻底的放弃了当牧师的想法而专攻数学,并开始发表文章。
1727年,在丹尼尔·伯努利的推荐下,欧拉到俄国的彼得堡科学院从事研究工作,并在1731年接替丹尼尔第一·伯努利,成为物理学教授。
在俄国的14年中,他努力不懈地投入研究工作,在分析学、数论及力学方面均有出色的表现。此外,欧拉还应俄国政府的要求,解决了不少如地图学、造船业等的实际问题。
1735年,他因工作过度以致右眼失明。在1741年,他受到普鲁士腓特烈大帝的邀请到德国科学院担任物理数学所所长一职,长达25年。他在柏林期间的研究内容更加广泛,涉及行星运动、刚体运动、热力学、弹道学、人口学等等,这些工作与他的数学研究互相推动着。与此同时,他在微分方程、曲面微分几何及其他数学领域均有开创性的发现。
1766年,他应俄国沙皇喀德林二世的礼聘重回彼得堡。在1771年,一场重病使他的左眼亦完全失明,但他以其惊人的记忆力和心算技巧继续从事科学创作。他通过与助手们的讨论以及直接口授等方式完成了大量的科学著作,直至生命的最后一刻。
欧拉是18世纪数学界最杰出的人物之一,他不但为数学界做出贡献,更把数学推至几乎整个物理的领域。此外,他是数学史上最多产的数学家,写了大量的力学、分析学、几何学、变分法的课本,《无穷小分析引论》,《微分学原理》,以及《积分学原理》都成为数学中的经典著作。除了教科书外,欧拉平均以每年800页的速度写出创造性论文。他去世后,人们整理出他的研究成果多达74卷。
欧拉最大的功绩是扩展了微积分的领域,为微分几何及分析学的一些重要分支,如无穷级数、微分方程等的产生与发展奠定了基础。
欧拉把无穷级数由一般的运算工具转变为一个重要的研究科目。他计算出了ξ函数在偶数点的值,他证明了a2k是有理数,而且可以伯努利数来表示。此外,他对调和级数亦有所研究,并相当精确的计算出欧拉常数γ的值,其值近似为0.57721566490153286060651209……
在18世纪中叶,欧拉和其他数学家在解决物理方面的问过程中,创立了微分方程这门学科。其中在常微分方程方面,他完整地解决了n阶常系数线性齐次方程的问题,对于非齐次方程,他提出了一种降低方程阶的解法;在偏微分方程方面,欧拉将二维物体振动的问题,归结出了一、二、三维波动方程的解法。欧拉所写的《方程的积分法研究》更是偏微分方程在纯数学研究中的第一篇论文。
在微分几何方面,欧拉引入了空间曲线的参数方程,给出了空间曲线曲率半径的解析表达方式。在1766年,他出版了《关于曲面上曲线的研究》,这是欧拉对微分几何最重要的贡献,更是微分几何发展史上一个里程碑。他将曲面表为z=f(x,y),并引入一系列标准符号以表示z对x,y的偏导数,这些符号至今仍通用。此外,在该著作中,他亦得到了曲面在任意截面上截线的曲率公式。
欧拉在分析学上的贡献不胜枚举,如他引入了G函数和B函数,这证明了椭圆积分的加法定理,以及最早引入二重积分等等。
在代数学方面,他发现了每个实系数多项式必分解为一次或二次因子之积,即a+bi的形式。欧拉还给出了费马小定理的三个证明,并引入了数论中重要的欧拉函数φ(n),他研究数论的一系列成果使得数论成为数学中的一个独立分支。欧拉又用解析方法讨论数论问题,发现了ξ函数所满足的函数方程,并引入欧拉乘积。而且还解决了著名的哥尼斯堡七桥问题,创立了拓扑学。
欧拉对数学的研究如此广泛,因此在许多数学的分支中都能经常见到以他的名字命名的重要常数、公式和定理。
❿ 考研的一二三指什么,请将数学、英语、政治这几个的一二三分开详细讲。
政治考研历年题目
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