The word regression is a noun. It cannot be an adjective. When it is paired with another noun, it is a noun adjunct.Examples:"In statistics, regression analysis refers to techniques for modeling and analyzing several variables""Regression techniques are used by psychologists."
It's important to learn this if you plan to go into research. Do well on your statistics class!
this is for a class in Math-233-statistics
definition and meaning of statistics
statistics definition
H. L. Koul has written: 'Weighted empiricals and linear models' -- subject(s): Autoregression (Statistics), Linear models (Statistics), Regression analysis, Sampling (Statistics) 'Weighted empirical processes in dynamic nonlinear models' -- subject(s): Autoregression (Statistics), Linear models (Statistics), Regression analysis, Sampling (Statistics)
Linear regression can be used in statistics in order to create a model out a dependable scalar value and an explanatory variable. Linear regression has applications in finance, economics and environmental science.
The word regression is a noun. It cannot be an adjective. When it is paired with another noun, it is a noun adjunct.Examples:"In statistics, regression analysis refers to techniques for modeling and analyzing several variables""Regression techniques are used by psychologists."
Dean P. Foster has written: 'Business analysis using regression' -- subject(s): Regression analysis, Statistical methods, Social sciences, Commercial statistics 'Basic business statistics' -- subject(s): Commercial statistics, Case studies
The answer depends on the context. In geometry it is usually the radius, in statistics it is the regression coefficient.
Frank E. Harrell has written: 'Regression modeling strategies' -- subject(s): Regression analysis, Linear models (Statistics)
frequency distribution regression analysis measure of central tendency
In the context of regression, it is the y-intercept: the value of the dependent variable when the independent is zero.
8.7.4 Properties of Regression Coefficients:(a) Correlation coefficient is the geometric mean between the regression coefficients. (b) If one of the regression coefficients is greater than unity, the other must be less than unity.(c) Arithmetic mean of the regression coefficients is greater than the correlation coefficient r, providedr > 0.(d) Regression coefficients are independent of the changes of origin but not of scale.
R. L. Plackett has written: 'Statistical reasoning' -- subject(s): Mathematical statistics 'Principles of regression analysis' -- subject(s): Regression analysis
Esa I. Uusipaikka has written: 'Confidence intervals in generalized regression models' -- subject(s): Regression analysis, Linear models (Mathematics), Statistics, Confidence intervals
It's important to learn this if you plan to go into research. Do well on your statistics class!