"Simplex" Example Sentences
1. The simplex method is commonly used to solve linear programming problems.
2. The simplex algorithm was first described by George Dantzig in 1947.
3. The simplex network consists of nodes and edges.
4. The simplex of a triangle is a three-sided polygon.
5. The simplex transmission mode allows for transmission in one direction only.
6. The simplex radio station could only transmit signals and not receive them.
7. The simplex bone is the most basic bone in the vertebrae.
8. The simplex virus can cause cold sores and genital herpes.
9. The simplex electrical circuit allows for only one path for electrical current to flow.
10. The simplex ball is a geometric shape with twelve edges.
11. The simplex epithelium consists of a single layer of cells.
12. The simplex method can be used in transportation problems.
13. The simplex repeater retransmits a received signal at the same frequency.
14. The simplex cone is a type of geometric cone.
15. The simplex strain gauge measures the amount of strain on an object.
16. The simplex bundle is a type of topological space.
17. The simplex wavelength is a type of electromagnetic wave.
18. The simplex grid is a system used to map geographic data.
19. The simplex key is a type of locking mechanism.
20. The simplex virus is spread through direct contact with infected individuals.
21. The simplex method can be used to maximize profit in a business.
22. The simplex motor drives a single load in either direction.
23. The simplex algorithm is used in network optimization problems.
24. The simplex bone is found in the lower back.
25. The simplex method can be used to determine optimal production schedules.
26. The simplex signal is used for emergency communications.
27. The simplex cell is the basic unit of living organisms.
28. The simplex voltage is the voltage measured across a single terminal.
29. The simplex vector is a mathematical concept used in linear algebra.
30. The simplex space is a type of topological space.
Common Phases
1. The
simplex method is commonly used in linear programming problems;
2. We can apply the
simplex algorithm to optimize the objective function;
3. The
simplex model allows us to find the best solution to a linear programming problem;
4. A crucial step in the
simplex method requires identifying the pivot element;
5. If the
simplex algorithm fails to converge, we may need to adjust the initial solution;
6. The
simplex technique is particularly useful for solving problems with multiple constraints;
7. Using the
simplex approach, we can solve complex optimization problems in a step-by-step manner;
8. The
simplex method is an efficient way to find optimal solutions in a variety of real-world applications.