1. | **Chi-square** goodness of fit test |

| 卡方拟合优度检验 |

2. | **Chi-square** goodness of fit tests are performed on simulated data to compare the fit of the models. |

| 为了比较模型的拟合性,对仿真数据进行了卡方拟合优度检验。 |

3. | **Chi-square** test for goodness of fit |

| 拟合优度的χ平方检验 |

4. | Given a list which describes problems by department, the Six Sigma Black Belt should be able to construct a Crosstabulation and use the information to perform a **chi-square** analysis. |

| 给出一份按部门描述问题的清单，6西格玛黑带应能构建一份交叉表，并且能利用此信息进行卡方分析。 |

5. | It was concluded that the spatial distribution pattern of the larve of Sinoxylon japonicum was an aggregative one after applying several aggregation level index methods; the state of distribution is a negative binomial one after **chi-square** examination. |

| 采用多种聚集度指标测定二齿茎长蠹幼虫的空间分布为聚集分布，经多次适合性频次检验，分布的状态呈现负二项分布。 |

6. | Main statisticalmethods were t-test, **chi-square** test, Fisher exact test, Spearman rank correlation and analysis of variance. Results |

| 采用的统计方法有 I检验、X’检验、精确四格表检验、方差分析、Spearman秩和相关检验。 |

7. | T Test,**chi-square** Test and Spearman's Rank Correlation Analysis were used. |

| 采用t检验或卡方检验及 Spearman 等级相关分析等分析透析用导管相关性感染的易感因素。 |

8. | The Six Sigma Black Belt should be familiar with the commonly used probability distributions, including: hypergeometric, binomial, Poisson, normal, exponential, **chi-square**, Student's t, and F. |

| 西格玛黑带应熟悉常用的概率分布，包括超几何分布、项式分布、松分布、态分布、数分布、方分布、者t分布和F分布。 |

9. | We used **chi-square** test, analysis of variance, and logistic regression to determine the factors that affect the choice of delivery mode. |

| 以卡方检定、异数分析及罗吉斯回归分析，探讨其背景资料之差异与不同族群妇女选用生产方式之影响因素。 |

10. | Weighted **chi-square** test |

| 加权卡方检验/ |