Yeah that's a question online in your stats class. Read it more carefully. They are asking if Major (area of study) is a quantitative or categorical type of data
Answer: Categorical.
No It's continuous variable a that also falls under the category of 'ratio level of measurement'
Technically is an ordinal level measurement - because the options imply a hierarchy (i.e low to high levels of your variable of interest), but we cannot say that the difference between each level is precisely the same as you would be able to with an interval measurement. There is some controversy over this though, and it is still often used like an interval measurement in statistical tests, although this might not really be appropriate.
Ratio level of measurement is the highest in statistics.
Examples of ratio level of measurement are age, weight, and amount of money.
It would be a nominal level of measurement. Each choice would be unique but there is no value attached to them
That would be a nominal measurement.
no. its a limitation of an ordinal variable not a nominal.
No It's continuous variable a that also falls under the category of 'ratio level of measurement'
Ration- the highest level of measurement in terms of statistics which it is an absolute zero, and It is under the quantitative variable(numerical).
day, week, hour, second, minute.
· Dependent variable ( student's academic achievement ) : It depend on the way that we use it to write the score (if we write it as a letter it will be an ordinal ,but if we write it as number it will be an interval). · Independent variable ( intelligent ) : Interval, · Independent variable ( attention ) : Interval,
· Dependent variable ( student's academic achievement ) : It depend on the way that we use it to write the score (if we write it as a letter it will be an ordinal ,but if we write it as number it will be an interval). · Independent variable ( intelligent ) : Interval, · Independent variable ( attention ) : Interval,
The level is 1 year.
what are the advantages of level measurement? what are the advantages of level measurement? what are the advantages of level measurement?
A ratio measurement variable is a type of quantitative variable that possesses a true zero point, allowing for the comparison of absolute magnitudes. It enables meaningful arithmetic operations, such as addition, subtraction, multiplication, and division. Examples include height, weight, and temperature in Kelvin, where both differences and ratios can be interpreted. This level of measurement provides the most information, facilitating a wide range of statistical analyses.
what are the advantages of level measurement? what are the advantages of level measurement? what are the advantages of level measurement?
what are the advantages of level measurement? what are the advantages of level measurement? what are the advantages of level measurement?