JavaScript isn't enabled in your browser, so this file can't be opened. Enable and reload.
4.5. Latin Square Design of Experiments
Sign in to Google
to save your progress.
Learn more
Which of the following experimental designs can be utilized to study more factors without increasing the experimental units or runs?
10 points
Randomized Complete Block Design
Completely Randomized Design
Latin Square Design
Randomized Incomplete Block Design
Clear selection
Latin Square Design of Experiments can be defined as
10 points
A type of block design controlling the effect from nuisance factors in three directions
Two superimposed Graeco-Latin square design
Any of the other choices is correct
Orthogonal design with three factors arranged on a square
Clear selection
What is the primary goal of a Latin Square Design?
10 points
Reducing experimental error
Use the same number of levels for each factor in the experiment as the consistency is highly desirable in the design of an experiment
Use the highest number of factors without increasing the sample size
Use a limited number of sample size
Clear selection
What is a limitation for the Latin Square Design?
10 points
The levels for each factor must be the same for this design
Limited number of sample size does not produce enough statistical power of the test
Cannot control systematic variations
Cannot reduce the experimental errors
Clear selection
Submit
Clear form
This content is neither created nor endorsed by Google.
Report Abuse
-
Terms of Service
-
Privacy Policy
Forms
