Tiger Algebra/core — Chinese (Simplified) @ Weblate: least common multiple, least common multiplier, lcm, l.c.m.

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Key trigger-least-common-multiple-solver

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Key	English	Chinese (Simplified)
MetaVideoTitleOOO	Order of Operations: Solve {0} step-by-step solution	操作顺序：按步骤解决{0}的答案
MetaVideoDescriptionOOO	Solving {0} using the order of operations solver by www.tiger-algebra.com Check out https://www.tiger-algebra.com{1} for a step-by-step and more tips and tricks for dealing with order of operations expressions.	使用www.tiger-algebra.com的顺序操作求解器解决{0} 在https://www.tiger-algebra.com{1}查看按步骤的解和更多顺序操作表达式的小窍门。
MetaVideoTagsOOO	math, algebra, tiger-algebra, e-learning, order of operations	数学, 代数, 老虎代数, 电子学习, 操作顺序
url-ms-linear-inequalities-one-unknown-solver	linear-inequalities-one-unknown	线性不等式一个未知数求解器
MsLinearInequalitiesOneUnknownSolver	Linear inequalities with one unknown	一个未知数的线性不等式
MsLinearInequalitiesOneUnknownSolver.plugin	linear inequalities with one unknown	一个未知数的线性不等式
MetaTitleMSLIUS	{0} - Solve linear inequalities with one unknown \| Tiger Algebra	{0} - 使用Tiger Algebra求解一个未知数的线性不等式
MetaDescriptionMSLIUS	Solve {0}: Tiger Algebra shows you how to solve linear inequality {0}, with clear, step-by-step explanations.	解决{0}: Tiger Algebra向你展示如何解决线性不等式{0}，并给出清晰的步骤说明。
MetaWhyLearnMSLIUS	Inequalities help us understand how systems work by setting boundaries. For example, a speed limit of 30 miles per hour does not mean we have to drive exactly 30 miles per hour and, instead, establishes a boundary for what is allowable — drive more than 30 miles per hour and risk getting a ticket. This could be modelled mathematically as <math>x≤30</math>.<br> There are also situations where there is more than one boundary. In our speed limit example, there may also be a lower speed limit of 15 miles per hour to prevent drivers from driving too slowly. The two boundaries together could be modelled mathematically as <math>15≤x≤30</math>, in which <math>x</math> represents all of the possible values between or equal to 15 and/or 30.<br><br> Furthermore, anytime we say something along the lines of, "it will take at least twenty minutes to get there," or "the car can hold five people at most," we are expressing the numerical boundaries of something and, therefore, speaking in terms of inequalities.	不等式通过设定边界帮助我们理解系统如何运作。例如，限速30英里/小时并不是说我们必须严格以30英里/小时的速度行驶，而是设立了一个可接受范围的边界 - 如果你开车速度超过30英里，你可能会被开罚单。这可以用数学表示为<math>x≤30</math>。<br> 还有一些情况是存在着多个边界。就我们的限速例子来说，可能还有低速限制，比如15英里/小时，为的是避免驾驶者行驶速度过慢。两个边界一起可以表示为<math>15≤x≤30</math>，其中<math>x</math>代表所有可能的值，可以等于15和/或30。<br><br> 此外，当我们说“至少需要二十分钟才能到达那里”，或者“一辆车最多只能载五人”的时候，我们都在表述一些数值边界，因此，我们将其称为不等式。
MS_LU_NT_SWITCH_INEQUALITY	Whenever you multiply or divide by a negative, reverse the inequality sign	当通过负数除或乘时，始终翻转不等号
MSLIOUSStepGraphTextUnit1	Solution:<br> {Solution}	解决方案：<br> {Solution}
MSLIOUSStepGraphTextUnit2	Interval notation: <br>{SolutionIntervalNotation}	区间表示法：<br>{SolutionIntervalNotation}
MSLIOUSStepGraph	Plot the solution on a coordinate grid	坐标平面上的解决方案
NT_MSLUS_MAINSTEP_SWAP_SIDES	Swap sides	交换两边
url-circle-from-equation	properties-of-circle	圆的属性
trigger-least-common-multiple-solver	least common multiple, least common multiplier, lcm, l.c.m.	最小公倍数, 最小公倍数, 乘数, 最小公倍数, l.c.m.
trigger-scientific-notation-solver	decimal, ordinary, notation, standard, scientific, convert	十进制, 普通, 符号, 标准, 科学, 变换
trigger-midpoint-calculator	midpoint	中点
trigger-distance-between-two-points-calculator	distance	距离
GCFByPrimeFactorization	Finding the greatest common factor with prime factorization	通过质因数分解找最大公因数
GCFByPrimeFactorization.plugin	finding the greatest common factor with prime factorization	通过质因数分解找到最大公因数
url-gcf-by-prime-factorization	finding-the-greatest-common-factor-with-prime-factorization	通过质因数分解找到最大公因数
MetaTitleGCFByPrimeFactorization	{0} Find Greatest common factor \| Tiger Algebra	{0} 找到最大公因数 \| Tiger Algebra
MetaDescriptionGCFByPrimeFactorization	Finds greatest common factor {0}. Tiger Algebra's step-by-step solution finds the greatest common factor by listing factors (factorization).	寻找最大公因数{0}. Tiger Algebra的步骤解答会通过列出因数（因子分解）来找到最大公因数。
MetaWhyLearnGCFByPrimeFactorization	The common tasks of dividing, grouping, and distributing are applicable across an unlimited number of scenarios. Dividing a chocolate bar with ten squares among eight people; figuring out how much work each member of your project group should do; cutting squares out of a piece of cloth so there is none left over. These everyday actions all deal heavily with fractions, and to deal with fractions is to deal with greatest common factors (GCF).<br><br> The greatest common factor, which is sometimes referred to as the highest common factor (HCF) or the greatest common divisor (GCD), is the largest positive integer that a set of integers can all be divided by. Since fractions are commonly used in everyday life, and GCFs help us understand fractions, then, GCF can be helpful for understanding a wide variety of situations. For example, finding the GCF of a numerator and denominator can help us simplify very large fractions or ratios into smaller, more manageable numbers.	分割，分组，分发等常见任务在无数的场景中都有应用。如果你要将十块巧克力分给八个人；或者计算小组项目中每个成员应该做多少工作；也或者要从一片布中切出正方形而不剩余任何东西。这些日常行动都很重视分数的应用，而处理分数就要处理最大公因数（GCF）。<br><br> 最大公因数，也被称为最高公因子（HCF）或最大公因数（GCD），是一组整数能被全部整除的最大的正整数。由于分数在日常生活中的应用广泛，而GCF帮助我们理解分数，因此GCF可以帮助我们理解各种各样的情况。例如，找到分子和分母的GCF可以帮助我们将非常大的分数或比例简化成小而易管理的数值。
GCFByPrimeFactorizationStep2Title	Identify the common prime factors	识别公共的质因数
GCFByPrimeFactorizationStep2TableTitle	Identify which of the prime factors all of the original numbers have in common:	识别所有原始数都共有的质因数：
GCFByPrimeFactorizationStep2TableColPrimeFactor	Prime factors	质因数
GCFByPrimeFactorizationStep2TableColGCFCommon	Common occurrences	共同出现
GCFByPrimeFactorizationStep2TableTextUnit1	<p>The <span style="color:#0092D5">common prime {Step2MinPrimeFactorsList.Count: factor </span> is \| factors </span> are } {Step2MinPrimeFactorsList:{ListElement}\|, \| and }	<p>共有的质 <span style="color:#0092D5">因数 {Step2MinPrimeFactorsList.Count: factor </span> 是 \| 因数 </span> 是 } {Step2MinPrimeFactorsList:{ListElement}\|，\| 和 }
CircleFromEquation	Properties of a circle given its equation	给定其方程的圆的性质

Key	English	Chinese (Simplified)
trigger-base-conversion	base conversion,convert base,base	进制转换
trigger-chemistry-finding-an-atomic-weight	mass, atomic, weight, average atomic mass, molecular weight, molecular mass, molecular	质量, 原子, 重量, 平均原子质量, 分子重量, 分子质量, 分子
trigger-circle-from-center-point-and-radius-word-circle	circle, center, centre, c=	圆, 中心, 中心, c=
trigger-circle-from-center-point-and-radius-word-diameter	diameter,d=	直径,d=
trigger-circle-from-center-point-and-radius-word-radius	radius,r=	半径,r=
trigger-combination-without-repetition	c,choose,combination,combinations	c，选择，组合，不重复的组合
trigger-compound-interest-basic	compound interest basic,compound interest,ci	基础复利,ci
trigger-decimal-to-fraction	decimal to fraction,convert decimal to fraction,d2f	小数转分数,d2f
trigger-distance-between-two-points-calculator	distance	距离
trigger-factorial	bang,factorial,shriek	bang，阶乘，shriek
trigger-finding-a-perpendicular-line-using-point-slope-form	perpendicular	垂直
trigger-finding-a-perpendicular-line-using-point-slope-form-intercept	intercept	截距
trigger-fraction-to-decimal-repeating	fraction to decimal,repeating decimal,f2d	分数转循环小数,f2d
trigger-gcf-by-prime-factorization	gcf, gcd, hcf, greatestcommonfactor	gcf, gcd, hcf, 最大公因数
trigger-integer-to-roman-numeral	integer to roman numeral,to roman numeral,convert to roman	整数转罗马数字
trigger-least-common-multiple-solver	least common multiple, least common multiplier, lcm, l.c.m.	最小公倍数, 最小公倍数, 乘数, 最小公倍数, l.c.m.
trigger-limit	limit,lim,find limit	极限,lim,求极限
trigger-line-from-slope-and-point-or-xy-intercept-intercept	intercept	截距
trigger-line-from-slope-and-point-or-xy-intercept-slope	slope, m=	斜率， m=
trigger-midpoint-calculator	midpoint	中点
trigger-percents	percent	百分
trigger-polynomial-division	polynomial division,pdiv,divide polynomials	多项式除法,pdiv,多项式相除
trigger-roman-numeral-to-integer	roman numeral to integer,roman to integer,convert roman numeral	roman numeral to integer
trigger-scientific-notation-solver	decimal, ordinary, notation, standard, scientific, convert	十进制, 普通, 符号, 标准, 科学, 变换
TRIG_IDENTIFY_SAME	Identifying and simplifying the same expressions.	确认并简化相同的表达式。
TRIG_INT_ADD	Adding two integers together.	将两个整数加在一起。
TRIG_INT_MUL	Multiplying two integers together.	将两个整数倍乘在一起。
TRIG_INT_PRED	Subtracting one from a number.	从一个数字中减去一。
TRIG_INT_SUB	Subtracting one integer from another.	将一个整数减去另一个整数。
TRIG_INT_SUCC	Adding one to a number.	给一个数字加一。

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Chinese (Simplified) 31 characters edited Current translation Translated

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Key

trigger-least-common-multiple-solver

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7 hours ago

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7 hours ago

Source string age

8 hours ago

Translation file

core/TigerAlgebra.Localization/Resources/TigerSharedResource.zh-Hans.resx, string 925