Variables are intended for bulk data, while attributes are intended for ancillary data. Another difference is that variables may be multidimensional, while attributes are all scalars or vectors.
the Decibel it measures the loudness and intensity
Resolving power.
It is a question requiring you to list the differences between the two temperature scales.
;p;
dont know bitc
Endogenous variable is a variable which used in economics for inner side parameters and accelerator coefficient of movement. andExogeneous is outside parameters as taxation,tariff,govt revenues e.t.c
controlled parameters the factor that stays the same in ALL groups variable parameters the factor(s) that change between control groups and variable groups
An invalid result is an answer that does not fall between a given set of parameters. The parameters can be either constant or variable.
When a variable is passed by value, the function receives a copy of the variable. When a variable is passed by reference, the function receives a reference, or pointer, to the original data.
An attribute is a class member variable while a behaviour is a class member method.
The independent variable is the value being manipulated or changed, while the dependent variable is the observed result of the independent variable being manipulated. "IF" you change the independent variable, "THEN" what happens to the dependent variable?
a variable is the thing that we change during the experiment while control is the thing that we remain it to be constant through the whole experiment.
Researchers use experiments to distinguish between cause and effect relationships. This involves manipulating one variable (independent variable) and observing the effect on another variable (dependent variable) in a controlled setting. Experiments allow researchers to make direct inferences about the relationship between variables, which is difficult to achieve with other research methods.
The scientist wants to design an experiment that will demonstrate the effect of the independent variable on the dependent variable. This idea is to show causality between the two.
The scientist wants to design an experiment that will demonstrate the effect of the independent variable on the dependent variable. This idea is to show causality between the two.
The scientist wants to design an experiment that will demonstrate the effect of the independent variable on the dependent variable. This idea is to show causality between the two.
The main difference in taking the samples is that for a variable sample, measurements of a characteristic of interest are taken, and for an attribute sample, one counts the number of units having or not having specific properties (mostly good/bad or number of flaws). Generally, attribute samples are much larger than variable samples and to be useful, need to be very large, when the proportion of bad units (or flaws) is very small.