cointegration

cointegration的音标是[ˌkɔɪneɪˈteɪgrənsɪs]，基本翻译为“整合，融合”。

速记技巧：cointegration由四个单词组成，其中integrate意为“整合”，加上前缀co-表示“一起”。

请注意，以上内容仅供参考，建议查阅英语词典以获取最准确的翻译。

cointegration的英文词源：

cointegration源自法语cointer，意为“混合，结合”。其词根integrate有“整合，一体化”的含义，因此cointegration意为“一体化，融合”。

变化形式：名词形式为cointegration。

相关单词：

1. integration：意为“一体化，整合”，是cointegration的同义词。这个词源于拉丁语integrare，意为“完整，完全”。

2. combination：意为“结合，组合”，与cointegration有相似的含义。这个词源于拉丁语compositum，意为“组合物”。

3. fusion：意为“融合，熔合”，常用于描述两个或多个事物之间的紧密结合。这个词源于拉丁语fuso，意为“熔化”。

4. amalgam：意为“混合物，合金”，常用于描述两种或多种物质的紧密结合。这个词源于阿拉伯语al-mamlaka，意为“混合的区域”。

5. cohabitation：意为“同居，共同生活”，描述两个或多个个体在同一住所内共同生活。这个词源于拉丁语co-habere，意为“共同拥有”。

6. entwinement：意为“交织，缠绕”，描述两个或多个事物紧密相连的状态。这个词源于拉丁语entwinere，意为“缠绕在一起”。

7. interweaving：意为“交织，交错”，描述两个或多个事物之间的紧密交错关系。这个词源于拉丁语inter-weave，意为“在中间编织”。

8. blend：意为“混合，融合”，常用于描述两种或多种物质或事物的混合状态。这个词源于英语blend的过去式形式。

9. merge：意为“合并，融入”，常用于描述一个事物与另一个事物融为一体。这个词源于英语merge的过去式形式。

10. cohabitee：意为“同居者”，描述正在进行同居关系的一对男女。这个词源于拉丁语co-habitare，意为“共同居住”。

常用短语：

1. integration by parts

2. partial integration

3. multiple integration

4. iterated integration

5. repeated integration

6. sequential integration

7. recursive integration

例句：

1. To perform integration by parts, we need to take the integral of a product of two functions.

2. Multiple integration is often used in the study of differential equations.

3. Iterated integration is a powerful tool for numerical analysis.

4. Repeated integration is a fundamental mathematical operation.

5. Sequential integration is a useful technique for solving problems involving a sequence of operations.

6. Recursive integration is a method for calculating indefinite integrals.

7. The process of integration can be tedious, but it is essential for mathematical analysis.

英文小作文：

Integration is a fundamental concept in mathematics that plays a crucial role in many areas of study. It refers to the process of combining or combining parts into a whole, and it can be applied in various contexts, from calculus to numerical analysis. Integration is used to approximate the value of a function over a certain interval by summing up the contributions of individual intervals. It can also be used to solve differential equations and to find the area under a curve. Integration is a powerful tool that can be used in combination with other mathematical techniques to solve complex problems effectively. The process of integration can be tedious and time-consuming, but it is essential for mathematical analysis and for developing a deeper understanding of mathematical concepts.