No. It is 1-dimensional : it has only a length.
It can be continuous or discrete.
The length of your foot should but not on everyone. The average person's foot measures up.
Any variable can be the independent variable. It depends partly on what the dependent variable is, partly on the relationship you are examining. For example, if looking at age and length of children's feet, foot length would be considered the dependent variable. But if looking at foot length and shoe size, then foot length would be the independent variable.
A foot measures length, a square foot or ft2 measures area.an example of length: _________________an example of area:
Continuous.
No, it is a continuous variable.
Continuos
No. It is 1-dimensional : it has only a length.
It can be continuous or discrete.
Any variable can be the independent variable. It depends partly on what the dependent variable is, partly on the relationship you are examining. For example, if looking at age and length of children's feet, foot length would be considered the dependent variable. But if looking at foot length and shoe size, then foot length would be the independent variable.
The length of your foot should but not on everyone. The average person's foot measures up.
No. It is a discrete quantitative variable.
Weather is continuous as the temperature can be 29.2 degrees.
A foot measures length, a square foot or ft2 measures area.an example of length: _________________an example of area:
The length of an average male foot.
Early measurement units, such as the foot, were based on the size or length of a body part. For example, a foot was the approximate length of a man's foot. Over time, different people changed the exact measurement, such as kings making their feet the standard foot size. The Imperial measurement system (and now the US Customary system) defines a foot as 12 inches.