If no-one offers you a satisfactory answer to this question you might try asking it again specifying a context. This term may be used in manufacturing, it may be used in experimentation. It might be used in other contexts too.
They are variables that can take quantitative - as opposed to qualitative values. For example, the colour of peoples' eyes is a qualitative variable, but their age or shoe size are quantitative variables.
correlation * * * * * Only if the relationship is linear. For example, the correlataion between y and x when y = x2 is zero. But a very strong relationship between the two variables.
Covariance is a measure of how much two variables change together.If one variable changes how much will the other change?Example people's length and weight change together (within certain limits) taller people are in general heavier than shorter people. These two variables have great covariance.Whereas eye color has little relationship to height. those two variables have small (or no) covariance.
controlled,manipulated,responding variables
Variables in Qbasic are divided into two groups. There are numerical variables and string variables. This is how you would use a numerical variable: CLS INPUT "Enter your first number"; num1 INPUT "Enter your second number"; num2 num3 = num1 * num2 CLS PRINT "The product of the two numbers is"; num3 END This example just has the user input 2 variables (num1 and num2) and store them as numerical variables. Num3 is defined by multiplying the two user-imputed variables. The text displayed with PRINT contains normal text with a semi colon to display the result. This is a string variable example: CLS INPUT "What is my name?"; name$ PRINT "Hi I'm"; name$ END Instead of inputting just the variable name, you add a dollar sign to signify that it's a string variable. String variables contain letters rather than numbers. For string variables, you simply put the $ after the variable name every time it's used. Other than that, it's much like a numerical variable. That's a basic outline of how the variables work. Manipulating the string variables is a different story.
An algebraic expression is a mathematical phrase that includes numbers, variables, and operational symbols.
A mathematical phrase that contains numbers and operational signs is called an "expression." An expression can include numbers, variables, and operations such as addition, subtraction, multiplication, and division. For example, (3x + 5 - 2) is an expression that combines numbers and operational signs. Unlike equations, expressions do not contain an equality sign.
An operational definition of a variable is that which defines a variable in terms of operations that are used to measure it. This allows different investigators to perform the same or similar experiments when investigating a phenomenon. For example, a score on a standardized IQ (i.e., intelligence quotient) test might be the operational definition of the variable "intelligence."
Variables are symbols that replace unknown numbers. Variables are often letters. For example: 5*x=10 7*6=y Here "x" and "y" are the variables.
No.
operational variables
operational variables
operational variables
Ruel V. Churchill has written: 'Modern operational mathematics in engineering' 'Complex variables and applications' 'Operational mathematics' 'Fourier series and boundary value problems'
Boyle's law, for selected variables. Not pressure and temperature, for example.Boyle's law, for selected variables. Not pressure and temperature, for example.Boyle's law, for selected variables. Not pressure and temperature, for example.Boyle's law, for selected variables. Not pressure and temperature, for example.
It is not continuous.
Height, weight, wavelength of light.