Examples of using The dependent variable in English and their translations into Japanese
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The Dependent variable(or variable to model) is here the"Yield".
The dependent variable is the one we want to describe, to explain, to predict.
Non-linear regression is a method to model a non-linear relationship between the dependent variable and a set of independent variables. .
The dependent variable is the blood concentration of histamine at 0, 1, 3, and 5 minutes after injection of the drug.
If you change the independent variable(building more coal factories),it will change the dependent variable(amount of water pollution).
The dependent variable is Log(1+Births), where Births is the number of famous creatives born in a city, per 1000 inhabitants.
When the dependent variable is RUNDEF: The value of the internal variable UREF(initial value 0) is considered as specified.
This statistic indicates how closelyvalues you obtain from fitting a model match the dependent variable the model is intended to predict.
As many models as categories of the dependent variable are obtained. An observation is associated to the category that has an equation with the highest value.
Nonlinear regression is amethod of finding a nonlinear model of the relationship between the dependent variable and a set of independent variables. .
The dependent variable corresponds to edible popcorns(%) whose variability we want to explain by the factors brand, power, time as well as their interactions.
And then you immediately see that even if this wasn't a squared here, you would be multiplying the y times dy dx,and that also makes it non-linear because you're multiplying the dependent variable times the derivative of itself.
Prédictions and residuals: For each observation, the value of the dependent variable, the predictions, the residuals and the standardized residuals are displayed.
Parametric nonlinear regression models the dependent variable(also called the response) as a function of a combination of nonlinear parameters and one or more independent variables called predictors.
In the case where there are n observations,the estimation of the predicted value of the dependent variable Y for the ith observation is given by:.
Where yi is the value observed for the dependent variable for observation i, xki is the value taken by variable k for observation i, and ei is the error of the model.
Where yi is the value observed for the dependent variable for observation i, xij is the value taken by quantitative variable j for observation i, k(i, j) is the index of the category of factor j for observation i and εi is the error of the model.
Correspondence between the categories of the response variable and the probabilities:This table shows which categories of the dependent variable have been assigned probabilities 0 and 1.
For instance, if y= x+4 it means that xis the independent variable while y is the dependent variable while 4 is a constant since it is not affected by change of values of x and y.
This coefficient, whose value is between 0 and 1, is only displayed if the constant of the model has not been fixed by the user.The R2 is interpreted as the proportion of the variability of the dependent variable explained by the model.
Additionally, these transformations assist inconverting non-linear relationships between independent variables and the dependent variable into a linear relationship-the customer behavior often requested by the business.
When we're talking about experimental designs, and when we get into T tests andlater in the course I will typically refer to Y as the dependent variable and I will refer to X as the independent variable. .