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(1 point) Given the system of inequalities below, determine the shape of the feasible region and...
(2 points) Given the system of inequalities below, determine the shape of the feasible region and...
(2 points) Given the system of inequalities below, determine the shape of the feasible region and find the vertices of the feasible region. Give the shape as "triangle", "quadrilateral", or "unbounded". Report your vertices starting with the one which has the smallest x-value. If more than one vertex has the same, smallest x-value, start with the one that has the smallest y-value. Proceed clockwise from the first vertex. Leave any unnecessary answer spaces blank I+y<5 2.1 + y<7 I >...
Use the method of slack variables to find the vertices of the feasible region in R2 from Assignment 8, defined by t...
Use the method of slack variables to find the vertices of the feasible region in R2 from Assignment 8, defined by the inequalities +2y4 3r+2y6 r, y 20 r+ 2y = 4 -3x +2y 6 3 (0, 2) (1,) 2 1 (0,0) 120 2 4 (a) Introduce slack variables and turn the system of inequalities into a linear system. (b) Use Gauss-Jordan elimination to find the basic solution corre- sponding to the basic variables a and r4 and the basic...
Graph the feasible region for the follow system of inequalities by drawing a polygon around the...
Graph the feasible region for the follow system of inequalities by drawing a polygon around the feasible region. Click to set the corner points. ( 2x +5g < 4x + 4y < > 30 36 0 HD > 0 - + 5 6 7 8 9 10 Clear All Draw: Polygon Points possible: 3 This is attempt 1 of 3.
Use the method of slack variables to find the vertices of the feasible region in R2 from Assignment 8, defined by the in...
Use the method of slack variables to find the vertices of the
feasible region in R2 from Assignment 8, defined by the
inequalities x + 2y ≤ 4, 3x + 2y ≤ 6, x, y ≥ 0
(a) Introduce slack variables and turn the system of
inequalities into a linear system.
(b) Use Gauss-Jordan elimination to find the basic solution
corresponding to the basic variables x1 and x4 and the basic
solution corresponding to the basic variables x1 and x2....
This Question: 2 pts 13 of 42 Graph the feasible region for the system of inequalities....
This Question: 2 pts 13 of 42 Graph the feasible region for the system of inequalities. Tell whether the region is bounded or unbounded. 5x + 4y > 20 2x - 3y <6 Osys X20 Use the graphing tool to graph the system. Click to enlarge graph The region is bounded.
4. Given the following linear programming problem, determine which situation (choose one) a. An optimal solution...
4. Given the following linear programming problem, determine which situation (choose one) a. An optimal solution exists at a single vertex point. b. There is more than one optimal solution. C. There is no optimal solution because the feasible region does not exist d. There is no optimal solution because the feasible region is unbounded. Maximize: 2x +3y Subject to: x +2y 28 5. Graph the inequality: 2x +3y >12 6. Graph the system of inequalities: 7. Graph the system...
22. Graph the system of linear inequalities shown below. Tell whether the graph is bounded or...
22. Graph the system of linear inequalities shown below. Tell whether the graph is bounded or unbounded, and label the corner points. x 20 y20 x + y 21 x + y s7 (2x + y = 10
<11 - 3x + y 2 3 Graph the feasible region for the follow system of...
<11 - 3x + y 2 3 Graph the feasible region for the follow system of inequalities by drawing a polygon around the feasible region. Click to set the corner points. 0 0 10+ 7- 6 4- 3- 2- 1. 7 8 9 10 1 6 Clear All Draw: Polygon
PLEASE LIST ALL COORDINATES FOR GRAPHING OF ALL LINES & PROVIDE ALL CORNER POINTS 5.2.27 Question...
PLEASE LIST ALL COORDINATES FOR GRAPHING OF ALL LINES &
PROVIDE ALL CORNER POINTS
5.2.27 Question Hels Solve the system graphically, and indicate whether each solution region is bounded or unbounded. Find the coordinates of each comer point 2x+y 16 Xy511 X+ 2y 20 X20 y20 Use the graphing tool to graph the system of inequalities. Graph the region that represents the correct solution only once. Click to enlarge graph Click the graph, choose a tool in the palette and...
Given the system of linear inequalities below. You are completing a maximization problem where you have...
Given the system of linear inequalities below. You are completing a maximization problem where you have 2 machines, Machine 1 and Machine 2, which we will identify as M1 and M2. These machines produce 2 products, Product 1 and Product 2, which we identify as P1 and P2. Our objective function is M = 20x + 50y. 3x + y =21 4x +y 27 x 20 (y20 Suppose you are told that the maximum occurs at a vertex (corner point)...
(2 points) Given the system of inequalities below, determine the shape of the feasible region and find the vertices of the feasible region. Give the shape as "triangle", "quadrilateral", or "unbounded". Report your vertices starting with the one which has the smallest x-value. If more than one vertex has the same, smallest x-value, start with the one that has the smallest y-value. Proceed clockwise from the first vertex. Leave any unnecessary answer spaces blank I+y<5 2.1 + y<7 I >...
Use the method of slack variables to find the vertices of the feasible region in R2 from Assignment 8, defined by the inequalities +2y4 3r+2y6 r, y 20 r+ 2y = 4 -3x +2y 6 3 (0, 2) (1,) 2 1 (0,0) 120 2 4 (a) Introduce slack variables and turn the system of inequalities into a linear system. (b) Use Gauss-Jordan elimination to find the basic solution corre- sponding to the basic variables a and r4 and the basic...
Graph the feasible region for the follow system of inequalities by drawing a polygon around the feasible region. Click to set the corner points. ( 2x +5g < 4x + 4y < > 30 36 0 HD > 0 - + 5 6 7 8 9 10 Clear All Draw: Polygon Points possible: 3 This is attempt 1 of 3.
Use the method of slack variables to find the vertices of the
feasible region in R2 from Assignment 8, defined by the
inequalities x + 2y ≤ 4, 3x + 2y ≤ 6, x, y ≥ 0
(a) Introduce slack variables and turn the system of
inequalities into a linear system.
(b) Use Gauss-Jordan elimination to find the basic solution
corresponding to the basic variables x1 and x4 and the basic
solution corresponding to the basic variables x1 and x2....
This Question: 2 pts 13 of 42 Graph the feasible region for the system of inequalities. Tell whether the region is bounded or unbounded. 5x + 4y > 20 2x - 3y <6 Osys X20 Use the graphing tool to graph the system. Click to enlarge graph The region is bounded.
4. Given the following linear programming problem, determine which situation (choose one) a. An optimal solution exists at a single vertex point. b. There is more than one optimal solution. C. There is no optimal solution because the feasible region does not exist d. There is no optimal solution because the feasible region is unbounded. Maximize: 2x +3y Subject to: x +2y 28 5. Graph the inequality: 2x +3y >12 6. Graph the system of inequalities: 7. Graph the system...
22. Graph the system of linear inequalities shown below. Tell whether the graph is bounded or unbounded, and label the corner points. x 20 y20 x + y 21 x + y s7 (2x + y = 10
<11 - 3x + y 2 3 Graph the feasible region for the follow system of inequalities by drawing a polygon around the feasible region. Click to set the corner points. 0 0 10+ 7- 6 4- 3- 2- 1. 7 8 9 10 1 6 Clear All Draw: Polygon
PLEASE LIST ALL COORDINATES FOR GRAPHING OF ALL LINES &
PROVIDE ALL CORNER POINTS
5.2.27 Question Hels Solve the system graphically, and indicate whether each solution region is bounded or unbounded. Find the coordinates of each comer point 2x+y 16 Xy511 X+ 2y 20 X20 y20 Use the graphing tool to graph the system of inequalities. Graph the region that represents the correct solution only once. Click to enlarge graph Click the graph, choose a tool in the palette and...
Given the system of linear inequalities below. You are completing a maximization problem where you have 2 machines, Machine 1 and Machine 2, which we will identify as M1 and M2. These machines produce 2 products, Product 1 and Product 2, which we identify as P1 and P2. Our objective function is M = 20x + 50y. 3x + y =21 4x +y 27 x 20 (y20 Suppose you are told that the maximum occurs at a vertex (corner point)...
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