"Permutational" Example Sentences
1. The permutational possibilities were endless for that game.
2. The permutational analysis revealed several patterns.
3. The permutational algorithm assured that every option was accounted for.
4. The permutational combination of colors was breathtaking.
5. The permutational sequence of numbers was difficult to predict.
6. The permutational formula allowed for easy calculations.
7. The permutational arrangement of flowers was stunning.
8. The permutational order of events was carefully planned.
9. The permutational variation of flavors pleased everyone.
10. The permutational set of letters was challenging to unscramble.
11. The permutational distribution of seats was fair.
12. The permutational mix of spices was just right.
13. The permutational range of temperatures was extreme.
14. The permutational layout of the exhibit was impressive.
15. The permutational design of the building was unique.
16. The permutational choice of words was deliberate.
17. The permutational interpretation of the data was surprising.
18. The permutational structure of the music was complex.
19. The permutational balance of flavors was perfect.
20. The permutational arrangement of furniture was cozy.
21. The permutational complexity of the code was challenging.
22. The permutational diversity of plants was fascinating.
23. The permutational harmony of colors was soothing.
24. The permutational rotation of shifts allowed for flexibility.
25. The permutational sum of the numbers was impressive.
26. The permutational flexibility of the schedule was appreciated.
27. The permutational selection of songs was spot on.
28. The permutational organization of the department was efficient.
29. The permutational sequence of events was strange.
30. The permutational possibilities of the technology were endless.
Common Phases
1.
Permutational analysis involves exploring all possible combinations of variables.
2. The
permutational algorithm generated all possible outcomes of the experiment.
3. The
permutational symmetry of the molecule made it difficult to identify individual atoms.
4.
Permutational tests were used to determine if the results were statistically significant.
5. The
permutational strategy allowed for multiple approaches to the problem.
6.
Permutational permutations of the data revealed unexpected patterns.
7. The
permutational approach required extensive computational power.
8.
Permutational transformations were used to simplify complex equations.
9. The
permutational analysis yielded a range of possible solutions.
10.
Permutational manipulation of the variables resulted in improved accuracy.