영어에서 Dependent variable 을 사용하는 예와 한국어로 번역
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Dependent variables.
Independent and dependent variables.
Dependent Variables- short version.
That's what's driving the dependent variable.
Suppose a dependent variable y represents a function f of an independent variable x, that is.
EViews also supports estimation of a range of limited dependent variable models.
So let's call the independent variable x, the dependent variable y.
He worked on the general theory of functions, studying relationships between independent and dependent variables.
My dependent variable is human development index and my independent variable is economic freedom.
In this type of approximation it is assumed that the values of all dependent variables are advanced in time through a succession of small time intervals.
The dependent variable problem within the comparative analysis of the welfare state revisited.
The data analysis unit 450 may determine and/or quantify cause and effect relationships between the independent and dependent variables of the experiment.
If all the varibales(including the dependent variable) are all correlated with each other, does this“drivers analysis” still hold?
This might be a little unusual for you, for me to draw the x-axis in the vertical, but that's because x is the dependent variable in this situation.
Cold weather is the independent variable and hot chocolate consumption and the likelihood of wearing mittens are the dependent variables.
This process ensures that two pieces of content that are being compared with one another with respect to impact on the dependent variable are never played within the same time-slot sample.
In this situation, the dependent variable is the amount of money you make because it is dependent on how much time you work, this is independent.
Any changes in a variable during an experiment or in between tests would invalidate the correlation of dependent variables to the independent variable, thus skewing the results.
In regression analysis, the dependent variables may be influenced not only by quantitative variables(income, output, prices, etc.), but also by qualitative variables(gender, religion, geographic region, etc.).
It is different from an ANOVA or MANOVA,which is used to predict one(ANOVA) or multiple(MANOVA) continuous dependent variables by one or more independent categorical variables. .
The Dynamic Regression model is similar to Regression Analysis, but it is believed to produce more realistic results, because it emphasizes the ripple effects the input variables can have on the dependent variable.
The experimenter is trying to understand the causal relationships between the independent and dependent variables, however, these confounding variables can render the results of an experiment uninterpretable.
The chosen model included log(IL-6), log(IL-1 beta), log(sample-to-sample fold change IL-6), logTNF-alp and accounted for 93% of thetotal model covariance and 27.5% of the variance in the dependent variable(time-to-spike).
Quasi-experiments and correlational designs may allow relationships between independent and dependent variables to be established, but it is not possible to determine whether those relationships are causal.
And thus, the existence of confounding variables that are not properly controlled during the experiment renders it difficult or impossible to make statistical inferences about causal relationships between the independent and dependent variables.
The need for small δt in this type of approximation arises because the rate-of-change of a dependent variable is usually evaluated in terms of differences between that variable and the values of its immediate neighbors in space.
And, because displays are typically near the product or otherwise in an environment in which changes in behavior can be measured,it is possible to measure behavioral changes that arise from the content(i.e., it is possible to measure effects of the independent variable on the dependent variable).
Such factors may include characteristics of each site that predictably impact the value of the dependent variables at the locations(e.g., store size, socioeconomic class, other advertising efforts, daypart differences in the typical number of viewers at the location).
One way to ensure that carryover effects are eliminated in the context of digital signage content is to wait very long periods between changes of levels of independent variables and/or wait very long periods between changing levels of an independent variable and collecting dependent variable data.
In a physical environment, although people are generating dependent variable data(e.g., point-of sale or POS logs, satisfaction survey responses, sensor events), it is difficult to connect the dependent variable data to the levels of the independent variables(e.g., content on displays) to which they might have been exposed.