Powerpoint
... Repeated Measures ANOVA – for one or more IVs where samples are repeated, matched or paired. Two-way (factorial) ANOVA – for two or more IVs, independent samples. Mixed ANOVA – for two or more IVs, between and within subjects. ...
... Repeated Measures ANOVA – for one or more IVs where samples are repeated, matched or paired. Two-way (factorial) ANOVA – for two or more IVs, independent samples. Mixed ANOVA – for two or more IVs, between and within subjects. ...
Uncertainty2010 - Wellcome Trust Centre for Human Genetics
... Another non-parametric Alternative • Permutation is a general principle with many applications to hypothesis testing. • But it is not useful for parameter estimation • The method is best understood by an example: – Suppose a data set is classified into N groups. We are interested in whether the diff ...
... Another non-parametric Alternative • Permutation is a general principle with many applications to hypothesis testing. • But it is not useful for parameter estimation • The method is best understood by an example: – Suppose a data set is classified into N groups. We are interested in whether the diff ...
1. Construct a confidence interval for µd the mean differences d for
... 11. Use the given degree of confidence and sample data to construct a confidence interval for the population mean µ. Assume that the population has a normal distribution. A sociologist develops a test to measure attitudes about public transportation. 27 randomly selected subjects are given the test. ...
... 11. Use the given degree of confidence and sample data to construct a confidence interval for the population mean µ. Assume that the population has a normal distribution. A sociologist develops a test to measure attitudes about public transportation. 27 randomly selected subjects are given the test. ...
Hypothesis Testing
... process will be within specification limits. If it exceeds the value, it will not be within limits ...
... process will be within specification limits. If it exceeds the value, it will not be within limits ...
Math 2 with Support
... 1. The class average on a math test was 75 and the standard deviation was 4.2. Find the z-score for a test score of 68. 2. The heights of 3 year olds at a preschool averaged 32.4 in., with a standard deviation of 1.5 in. Estimate the probability that a randomly selected 3-year-old is between 31.4 in ...
... 1. The class average on a math test was 75 and the standard deviation was 4.2. Find the z-score for a test score of 68. 2. The heights of 3 year olds at a preschool averaged 32.4 in., with a standard deviation of 1.5 in. Estimate the probability that a randomly selected 3-year-old is between 31.4 in ...
![Tests of Hypothesis [Motivational Example]. It is claimed](http://s1.studyres.com/store/data/008527401_1-afbef1fab1b364ccb2ae3467db3b7c30-300x300.png)
Tests of Hypothesis [Motivational Example]. It is claimed
... are acting in error. In technical terms, we say that we are rejecting the null hypothesis at the 0.05 level of significance. The alternative to rejecting H0, is to declare the test to be inconclusive. By this we mean that there is some tentative evidence to support the view that H0 is approximately ...
... are acting in error. In technical terms, we say that we are rejecting the null hypothesis at the 0.05 level of significance. The alternative to rejecting H0, is to declare the test to be inconclusive. By this we mean that there is some tentative evidence to support the view that H0 is approximately ...
