Given the following Simplex tableau for a maximization problem: #1 #2 81 82 P Tot 81 0 -0.2 1 -10 130 21 1 1 0 -0.4 0 113 P 0 0.9 0 0.5 1 150 What are the maximum value and the values of the variables that yield the solution? The maximum occurs at ? - when 21 = 22 81 82 || ||

Given the following Simplex tableau for a maximization problem: #1 #2 81 82 P Tot 81 0 -0.2 1 -10 130 21 1 1 0 -0.4 0 113 P 0 0.9 0 0.5 1 150 What are the maximum value and the values of the variables that yield the solution? The maximum occurs at ? - when 21 = 22 81 82 || ||

Algebra and Trigonometry (MindTap Course List)

4th Edition

ISBN:9781305071742

Author:James Stewart, Lothar Redlin, Saleem Watson

Publisher:James Stewart, Lothar Redlin, Saleem Watson

Chapter10: Systems Of Equations And Inequalities

Section10.FOM: Focus On Modeling: Linear Programming

Problem 16P: Feasible RegionAll parts of this problem refer to the following feasible region and objective...

See similar textbooks

Related questions

Q: 1. Solve this system by graphing. (2x + y = 3 y = x - 3 The first equation is graphed for you below.…

Q: High school swimming state averages are as follows: Freestyle: mean time 72.39 seconds, standard…

Q: Compute ||w| using w= ||w|| || = 7 5 -4 (Type an exact answer, using radicals as needed.) LO

Q: Omar has decided to finance a $25,000 car at 8% interest compounded monthly for 10 years. Determine…

Q: 1. Four friends (including Adam) were at the company picnic. Each friend had a different drink (one…

A: Four friends (including Adam) were at the company picnic. Each friend had a different drink (one was…

Q: 3. Two graphs are shown below (along with the shaded regions bounded by them and the z-axis). A)…

A: To find- Two graphs are shown below (along with the shaded regions bounded by them and the x-axis)…

Q: a.) -x-3y -z = 6 2x - 5y2z = 14 (x + y = -1 2x - 3y = 5 b.) {-4x + 7y=-11

Q: Theorem 4.1. if r, s ER and r <s. Then there is q € Q with r <q <s (i.c. Q is dense in R)

Q: Suppose ƒ : [a, b] → R is integrable with the property that L(f, P₁) = L(f, P₂) for all pairs of…

Q: X w(t) Let G(x) = √² (4) dt. a - 1. Find a function, w, and a number, a, such that G(x) = 4x-² w(x)…

Q: 2 2xy) dy, v es (0, 0), (2, 0), (

Q: Find the equation of the straight line that best fits the data of the four points (0,1), (1,3),…

A: Disclaimer: Since you have asked multiple questions, we will solve the first question for you. If…

Q: completely true. (3. Show a segment that would measure 6 cm to the nearest centimeter but 6.5 cm to…

A: Any segment of length between 6.25 cm and 6.50 cm would measure 6 cm to the nearest centimeters but…

Q: The following table shows retail sales in drug stores in billions of dollars in the U.S. for years…

A: Any point on the Cartesian coordinate system can be represented by the ordered pair x, y. The…

Q: 3. Let f(x)=x² + 3 and g(x)=x³-1. Use the standard inner product on C[0, 1] to compute the…

A: An inner product space on the vector space V over the field F is a map from V×V to F written as , .…

Q: (e) $₁ = 5 and Sn+1 = √√4s +1 for n ≥ 1.

A: Given s1 = 5 and sn+1 = 4sn+1 for n≥1

Q: Jaymie wants to construct congruent angles with a compass and straightedge, while Annie wants to…

A: Solution: Both will use the straightedge to make segments and use the compass to take…

Q: Analyze and sketch a graph of the function. Identify any relative extrema, points of inflection, and…

A: Given f(x)=arcsec(2x) Now Maximum at (-0.5,π) Minimum at (0.5,0) Horizontal asymptote is y=π/2…

Q: (a) Find x, y el such that x+y || x || .. = 1 = || y || = || ** ||**y. ∞o 2

Q: e inverse Fourier tra |w| e 2 3 N

Q: Find a unit vector in the direction of the given vector. 40 - 96 A unit vector in the direction of…

Q: Orthogonally diagonalize the matrix, giving an orthogonal matrix P and a diagonal matrix D. 34 49

Q: Describe the graph of the equation: r = 7ti - 8j + (1 + 9t)k. [Choose the correct answer.] O The…

A: .

Q: e linear approximation to estimate the amount of paint in cubic centimeters needed to apply a coat…

A: In this question, the concept of the derivative is applied. Derivative A derivative can be used to…

Q: Ev 2 x 2 [x²z dx - yx² dy + 2 dz along the curve C'shown in the figure. AZ 2

Q: 1.) Determine whether the function Is a linear transformation. 2.) Let Tv = Av represent the linear…

A: Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: b) A cargo plane is flying west at 600 km/h. A fighter jet on an aircraft carrier 400 km due south…

A: To determine the optimization function and boundary interval.

Q: surface integral of a disk with a radius of 3 and looking for the area of one side of the disk

Q: N S Consider the graph given above. Give an Euler circuit through the graph by listing the vertices…

Q: Let a > 0, a € R, n 22, n € N. Consider first the complex function 1 f(z) = 2n + an a) Find all its…

Q: QUESTION 6 Let G = {1,-1,i.-i}. Given that G with the operation of multiplication of complex numbers…

Q: Find the work done by the three-dimensional inverse-square field 1 F(r) = r on a particle that moves…

A: r(t)=<6,2,3>+t<2-6, 6-2, 9-3> r(t)=<6-4t, 2+4t, 3+6t> r'(t)=<-4, 4, 6>…

Q: The tip of a one arm robot is located at P(-6.1.-3.5) in. Find the length of the arm and the angle…

Q: At what interest rate will a principal of P9,500 accumulate to P15,000 in 2 years noounded…

Q: $0.90 per textbook sold, $1.40 per desk sold, and $0.30 per box of pencils sold. They sell no other…

A: Matrix B = ( 0.9 1.4 0.3) Given is matrix A

Q: A toy manufacturer estimate that 6% of its products are defective. If 550 toys are produced in one…

Q: A patient needs 2mg of a medication. The Australian Injectables Drug Handbook states that each gram…

Q: 6. The height function of a projectile is given by h(1)=ar²+ +vt+d, where time, f, is in seconds,…

Q: Apply Green's Theorem to evaluate the integral (4y² dx + 4x² dy), where C is the triangle bounded by…

Q: Find the volume of the solid generated by revolving the region bounded by the graphs of the…

A: To find the volume of the solid generated by revolving the region bounded by the below equations…

Q: 3. Find the area of the region bounded by the following:

A: Introduction: The formula for the area of the region bounded by the polar curve is given by,…

Q: QUESTION 2 Which of the following triple integrals evaluates the volume of a different region than…

Q: 19. inside /* = 5 sin and outside = 2+sin 0

Q: What is the simplified logical expression of (p A q) → (p→q)? Answer:

Q: Suppose A and B are both countably infinite sets. Show that the union of A and B is also countably…

Q: d d Calculate[r₁(t) r₂(t)] and [r1(t) × r₂(t)] first by differentiating dt dt the product directly…

A: give r1(t)=9ti+2t2j+6t3k and r2(t)=t4k So r'1(t) =9i+4tj+18t2k and r'2(t)=4t3k

Q: solve the folloing equitons (x2 – 4xy – 2y?) dx + (y2 + 4xy − 2x2) dy = 0 -

Q: Orthogonally diagonalize the matrix, giving an orthogonal matrix P and a diagonal matrix D 34 49

Q: 3. Let z = yg(x2 - y²) be a differentiable function. Show that z(x,y) satisfies 1 дz 10z 7 - + - = х…

Q: - Find T3(x, 1) for f(x) = ln x and use it to approximate 1.2. How good is this approximation? Use a…

A: Taylor polynomial approximation value of lnx and x

Question

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

Find the maximum value of P=4x+3y subject to the constraints of Example 1. {x+y42x+y6x0y0
Feasible region all part of this problem refer to the following Feasible region and objective function. {x0xyx+2y12x+y10}P=x+4y (a) Graph the Feasible region. (b) on your graph from part(a) , sketch the graph of the linear equation obtained by (c setting P equal to 40,36,32 and 28 . (c) if you continue to decrease the value of P, at which vertex of the Feasible region will these lines first touch the Feasible region . (d) verify that the maximum value of P on the Feasible region occurs at the vertices you too chose in part(c).
Feasible RegionAll parts of this problem refer to the following feasible region and objective function. {x0xyx+2y12x+y10 P=x+4y aGraph the feasible region. bOn your graph from part a, sketch the graphs of the linear equations obtained by setting P equal to 40, 36, 32, and 28. cIf you continue to decrease the value of P, at which vertex of the feasible region will these lines first touch the feasible region? dVerify that the maximum value of P on the feasible region occurs at the vertex you chose in part c.
Question 01: Graph the following LP problem and indicate the optimal solution point:Maximize profit =aX+7Ysubject to2X+5Y≤15a5X+3Y≤2a+b(a) Does the optimal solution change if the profit per unit of X changes to $4.50?(b) What happens if the profit function should have been aX+8Y
Marks)Consider the following optimization problemMinimize z = x1 + 3x2 subject to 3x1 − 2x2 ≤ b1x1 + 3x2 = 2x1, x2 ≥ 0(a) Solve the linear program graphically for b1 = 2. (B)Deduce the relationship between the change in b1 to the change in objectivevalue?(C) By adjusting b1, determine graphically the range of b1 for which the solutionstays feasible.
Question4: The simplex table obtained from an enterprise that produces three products under three constraints: machine hours, raw materials and meeting demand is given. Write the primal and dual results. X₁ = ? X₂ = ? X₃ = ? S₁ = ? S₂ = ? S₃ = ? L₁ = ? L₂ = ?
True or False? In an interactive tableau method (for a maximization problem), we choose to enter the variable with the most negative coefficient in row 0 into the basis. This rule makes sense because it is not possible that the tableau in the next iteration will have a higher objective function value if we choose to enter a variable with a second (or thirrd) most negative coefficient in row 0.
You solve the linear optimization problem in Question III without including the con-straint from (c) using Excel solver. You obtained the sensitivity table in Table 4. Please see attached image for the Constraints/Sensitivity Table a) Which products are exhausted | or, in other words, what constraints are binding? b) Can increasing the supply of sugar result in an increased value of the objective function? c) [What is the change in revenue if the supply of butter is increased from 15; 000g to 17; 000g? d) What is the change in revenue if the supply of eggs is decreased from 35 to 31? e) If you decrease the supply of our from 17; 000g to 5; 000g then therevenue will increase, decrease, or remain the same? (f) The constraint associated with making at least 14 croissants each daywas added. The problem was resolved and the sensitivity report obtained. Theshadow price turned out to be non-zero. What is the sign of the shadow price?Positive or negative?
Question 9 options: A company needs to produce 10,000 items during a year. It costs $100 to prepare for each production run and $10 to produce each item. It costs $2 to store each item for a year. If each production run consists of x items, find x so that the total cost of production and storage is minimized
A Norman window is a rectangle with a semicircle on top. Suppose that the perimeter of a particular Norman window is to be 20 feet. What should the rectangle's dimensions be in order to maximize the area of the window and, therefore, allow in as much light as possible? The answer to this question is in two parts: first, the width of the rectangle in feet and second, the height of the rectangle in feet.
question 2 Solve the LP problem. If no optimal solution exists, indicate whether the feasible region is empty or the objective function is unbounded. (Enter EMPTY if the region is empty. Enter UNBOUNDED if the function is unbounded.) Maximize p = 3x + y subject to 7x − 10y ≤ 0 10x − 7y ≥ 0 x + y ≤ 17 x ≥ 0, y ≥ 0. p=(x, y) =
QUESTION 4 The optimum solution from the following figure if Minimize z = 3x1-2x2, is bounded. ‏ True False