Class 12 Mathematics Chapter 12 Linear Programming Quiz 7 (25 MCQs)

Quiz Instructions

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1. Which of the following is a key assumption of linear programming?
2. What are vertices in the context of the feasible region?
3. What does the graph of a linear inequality divide the plane into?
4. Graph the inequality 3x + 2y < 6 on a coordinate plane.
5. The solution region in LPP is called
6. What is an infeasible solution in linear programming?
7. Given the Objective Function is P = 60x + 125y. Find the corner point if thevalue of profit is 1105.
8. Objective function:P = 30x + 50yThe vertex that maximizes profit is (0, 6). What is the profit?
9. Lexie is making apple cobblers and apple pies for a bake sale ..... x= # of cobblers and y is # of piesShe makes $ 6 profit for each cobbler and $ 5 profit for each pie. Select an objective function that models the total profit from cobblers and pies.
10. Which application involves determining the best way to allocate resources?
11. What is a key advantage of using NLP over Linear Programming (LP) in supply chain modeling?
12. An objective function in a linear program can be which of the following?
13. In the graphical method, what does the feasible region represent?
14. What is meant by 'divisibility' in linear programming?
15. If a linear programming problem has more than one optimal solution, it is called:
16. How can you verify the solution obtained from the graphical method in linear programming?
17. In Phase 1, if Max Z* $<$
18. How can LP be applied in finance?
19. Which method is used for solving linear models?
20. How do you identify feasible solutions in a graphical method?
21. What is the purpose of conducting sensitivity analysis in linear programming?
22. How can LP be used in supply chain operations?
23. Explain the significance of the feasible region in a linear programming problem.
24. Find the inverse of the matrix [[5, 7], [2, 3]].
25. What is one benefit of linear programming for forest-based industries?