The independent variable may - or may not - affect the dependent variable. But the dependent doe not affect the independent.
No, they are not.The constant varible is what stays the same and the dependent varible is whats effected by the change (the independent varibles).
The y-axis. Although it is possible for both variables to be independent, or both dependent.
In science varible #1 is the things you are testing.
An independent variable is one which does not rely on another variable for its value. For example, in the slope intercept form: y = 2x + 3 The x is the independent variable and the y is the dependent variable. The x can be set to anything, therefore it is independent. The value of y is dependent on x for its value.
Independent varible is what the person changed.Dependent varible is what is the same.
An Independent Varible Means : Something that you don't change in your experiment.
for responding varible the same thing is a dependent varible for manipulated varible the same thing is independent varible
The independent variable may - or may not - affect the dependent variable. But the dependent doe not affect the independent.
experiment,varible
The X axis
The Independent variable is the one that you can manipulate.
No, they are not.The constant varible is what stays the same and the dependent varible is whats effected by the change (the independent varibles).
the dependent variable cant change the independent varible, but the independent variable can change the dependent varible. (eg: Bob wants to see if the new baseball pitching machine throws better fastballs then his friend. The baseball pitching machine(independent) could change a fastball(dependent), but a fastball(dependent) cant change the baseball pitching machine(independent).
The y-axis. Although it is possible for both variables to be independent, or both dependent.
In science varible #1 is the things you are testing.
this is an experiment that only one varible is manipulated at a time