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A Simplex Matrix Is Given

Question 51

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A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot. A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.


A) The maximum value of f is 80 when A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
, A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
And A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
)
B) The maximum value of f is 80 when A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
, A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
And A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
)
C) The maximum value of f is 80 when A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
, A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
) Since multiple solutions are possible, pivot on 2 in R1C3.
D) The maximum value of f is 80 when A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
, A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
) Since multiple solutions are possible, pivot on 1 in R1C4.
E) The maximum value of f is 80 when A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
, A simplex matrix is given. In this case, the solution is complete, so identify the maximum value of f and a set of values for the variables that gives this maximum value. If multiple solutions may exist, indicate this and locate the next pivot.   A) The maximum value of f is 80 when   ,   And   )  B) The maximum value of f is 80 when   ,   And   )  C) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 2 in R<sub>1</sub>C<sub>3</sub>. D) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>1</sub>C<sub>4</sub>. E) The maximum value of f is 80 when   ,   )  Since multiple solutions are possible, pivot on 1 in R<sub>2</sub>C<sub>4</sub>.
) Since multiple solutions are possible, pivot on 1 in R2C4.

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