arithmetic operation

简明释义

数值演算

英英释义

例句

1.To calculate the total cost, you need to perform a few arithmetic operations (算术运算).

要计算总成本，你需要进行一些arithmetic operations（算术运算）。

2.In programming, every time you add two numbers, you're performing an arithmetic operation (算术运算).

在编程中，每次你加两个数字时，你都在进行一个arithmetic operation（算术运算）。

3.Teachers often use arithmetic operations (算术运算) to explain basic math concepts to students.

教师经常使用arithmetic operations（算术运算）来向学生解释基本数学概念。

4.In statistics, arithmetic operations (算术运算) are essential for data analysis.

在统计学中，arithmetic operations（算术运算）对数据分析至关重要。

5.When you divide one number by another, you are using an arithmetic operation (算术运算).

当你将一个数字除以另一个数字时，你正在使用一个arithmetic operation（算术运算）。

作文

Arithmetic operations are fundamental concepts in mathematics that form the basis of many calculations we perform daily. These operations include addition, subtraction, multiplication, and division, which are essential for solving problems in various fields such as science, engineering, finance, and everyday life. Understanding these basic operations allows individuals to manipulate numbers effectively and make informed decisions based on quantitative data. For instance, when budgeting for monthly expenses, one must utilize arithmetic operation (算术运算) to add up all income sources and subtract necessary expenditures to determine the remaining balance. This practice is crucial for maintaining financial stability and planning for future investments.In educational settings, students are introduced to arithmetic operation (算术运算) at an early age, often starting with simple addition and subtraction before progressing to multiplication and division. Mastery of these operations is vital as they serve as building blocks for more advanced mathematical concepts such as algebra and calculus. Teachers often employ various strategies to help students grasp these ideas, including visual aids, interactive games, and practical applications. By engaging students in real-world scenarios where arithmetic operation (算术运算) is applicable, educators can enhance understanding and retention of mathematical principles.Moreover, in the digital age, technology plays a significant role in performing arithmetic operation (算术运算). Calculators, computers, and smartphones have made it easier to conduct complex calculations quickly and accurately. However, while technology can assist in performing these operations, it is still important for individuals to develop a strong foundation in basic arithmetic. This knowledge enables them to verify the results produced by technological tools and ensures they can perform calculations without reliance on devices when necessary.In professional environments, arithmetic operation (算术运算) is frequently used in data analysis, statistics, and financial forecasting. For example, accountants rely heavily on these operations to prepare financial statements and analyze company performance. They must be adept at applying various arithmetic operation (算术运算) techniques to derive meaningful insights from raw data. Similarly, engineers use these operations to calculate measurements, forces, and other critical parameters in their designs.Furthermore, understanding arithmetic operation (算术运算) is not only limited to academic or professional contexts but also extends to personal decision-making. For instance, when shopping, consumers often compare prices and calculate discounts using basic arithmetic. This ability to perform arithmetic operation (算术运算) helps individuals make cost-effective choices and maximize their purchasing power.In conclusion, arithmetic operation (算术运算) is an essential skill that permeates various aspects of life. From managing finances to solving complex problems in professional fields, the ability to perform these basic mathematical operations is invaluable. As society continues to evolve, the importance of mastering arithmetic operation (算术运算) will remain a cornerstone of education and practical application. Encouraging a strong foundation in these skills will empower individuals to navigate a world increasingly driven by data and quantitative reasoning.

算术运算是数学中的基本概念，构成了我们日常进行许多计算的基础。这些运算包括加法、减法、乘法和除法，这些运算对于解决科学、工程、金融和日常生活等各个领域的问题至关重要。理解这些基本运算使个人能够有效地操作数字，并根据定量数据做出明智的决策。例如，在制定月度预算时，人们必须利用算术运算（arithmetic operation）将所有收入来源相加，并减去必要的支出，以确定剩余余额。这一实践对于维持财务稳定和规划未来投资至关重要。在教育环境中，学生在早期就开始接触算术运算（arithmetic operation），通常从简单的加法和减法开始，然后逐步过渡到乘法和除法。掌握这些运算是至关重要的，因为它们作为更高级数学概念（如代数和微积分）的基础。教师通常采用各种策略来帮助学生理解这些思想，包括视觉辅助、互动游戏和实际应用。通过让学生参与现实世界场景中适用算术运算（arithmetic operation），教育工作者可以增强对数学原理的理解和记忆。此外，在数字时代，技术在执行算术运算（arithmetic operation）中发挥着重要作用。计算器、计算机和智能手机使得快速准确地进行复杂计算变得更加容易。然而，尽管技术可以辅助进行这些运算，但个人仍然需要建立扎实的基本算术基础。这种知识使他们能够验证技术工具产生的结果，并确保在必要时能够独立进行计算。在专业环境中，算术运算（arithmetic operation）经常用于数据分析、统计和财务预测。例如，会计师在准备财务报表和分析公司业绩时非常依赖这些运算。他们必须熟练运用各种算术运算（arithmetic operation）技术，从原始数据中提取有意义的见解。同样，工程师使用这些运算来计算设计中的测量、力和其他关键参数。此外，理解算术运算（arithmetic operation）不仅限于学术或专业背景，还扩展到个人决策。例如，在购物时，消费者通常会比较价格并使用基本算术计算折扣。这种进行算术运算（arithmetic operation）的能力帮助个人做出具有成本效益的选择，最大化他们的购买力。总之，算术运算（arithmetic operation）是一项渗透生活各个方面的基本技能。从管理财务到解决专业领域的复杂问题，进行这些基本数学运算的能力是无价的。随着社会的不断发展，掌握算术运算（arithmetic operation）的重要性将继续成为教育和实际应用的基石。鼓励在这些技能上打下坚实基础，将使个人能够驾驭一个日益以数据和定量推理为驱动的世界。