What Is The Maximum Value Of P = 4x + 2y, Given The ~ World News

The maximum value of the function z = 4 x + 3 y subject to the constraints 3 x + 2 y ≥ 1 6 0, 5 x + 2 y ≥ 2 0 0, x + 2 y ≥ 8 0, x ≥ 0, y ≥ 0 is View solution If x = lo g 2 2 2 + lo g 2 3 2 2 + lo g 2 4 2 3 . . . . . . + lo g 2 n + 1 2 n + , then the minimum value of x will be-(3 points) Constraints {x>0 {y>0 {-x+3>y {y . Algebra ll . By graphing a system of constraints, find the values of x and y that maximize the objective function. x+y less than it equal to 8 2x + y is less than it equal to 10 x is great her than it equal to 0 y is great her than it equal to . MathematicsWhat is the maximum value of P = 24x + 30y, given the constraints on x and y listed below? x+y (less than or equal to) 5 x-y (greater than or equal to) -1 x (greater than or equal to) 0 y (greater than or equal to) 0 120 132 138 150SOLUTION 1 : Let variables x and y represent two nonnegative numbers. The sum of the two numbers is given to be 9 = x + y, so that y = 9 - x.. We wish to MAXIMIZE the PRODUCT P = x y 2.. However, before we differentiate the right-hand side, we will write it as a function of x only. Substitute for y getting . P = x y 2 = x ( 9-x) 2. Now differentiate this equation using the product rule andgiven the system of constraints, name all vertices of the feasible region. then find the maximum value of the given objective function. Constraints: x ≥ 0 y ≥ 0 y ≤ 1/3x + 3 5 ≥ y + x Objective function: C = 6x - 4y . algebra 2. Graph the system of constraints and find the value of x and y that maximize the objective function.

What point maximizes the objective function P = 4x + 3y

Question 251014: find the maximum value of the objective function z=3x+5y subject to the folloing constraints: x greater than or equal to 2, y greater than or equal to 0, x+y less than or equal to 6. Answer by Fombitz(32379) (Show Source):THEOREM 2 Suppose we are given a linear programming problem with a feasible set S and an objective function P = ax+by. Then, If S is bounded then P has both a maximum and minimum value on S If S is unbounded and both a and b are nonnegative, then P has a minimum value on S provided that the constraints defining S include the inequalities x≥ 0Since the graph of P = 2x + y is linear (planal), the point (x, y) at which the maximum value of P occurs will be found along at a corner of the area defined by the constraints. If we graph the constraints, we find that there are two corners at the intersections of 3x + 14y = 1568 & 8x + 10y = 1448 and 8x + 10y = 1448 & 17x + 3y = 1836.Find the Maximum/Minimum Value y=-x^2-2x+3. The maximum or minimum of a quadratic function occurs at . If is negative, the maximum value of the function is . If is positive, the minimum value of the function is . occurs at . Find the value of equal to . Substitute in the values of and .

What is the maximum value of P = 24x + 30y, given the

We need to maximise the objective function z = 2x + 5y. Converting the inequations into equations, we obtain the lines 2 x + 4 y = 8, 3 x + y = 6, x + y = 4, x = 0 and y = 0. These lines are drawn and the feasible region of the LPP is shaded.Example 1 Solve the following linear programming problem graphically: Maximise Z = 4x + y subject to the constraints: x + y 50 3x + y 90 x 0, y 0 Maximize Z = 4x + y Subject to x + y 50 3x + y 90 x 0, y 0 Corner Points Value of Z (0, 50) 50 (20, 30Join these points to obtain the line 3x + y = 24. The line x = 2, is parallel to y-axis, passes through the point A 3 (2, 0). Also, x = 0 is the y-axis and y = 0 is the x-axis. The feasible region of the LPP is shaded below. The point of intersection of lines x + 2y = 28 and 3x + y = 24 is Q(4, 12).Find the maximum value of 2x+3y and the point at which it occurs subject to the following constraints: y>(or = to) +11 x>(or=to) 0, y>(or=to) 0 Find the maximum and minimum value of the given objective function of a linear programming problem.Lines are drawn through the point P(-2, -3) to meet the circle x 2 + y 2 − 2 x − 1 0 y + 1 = 0.The length of the line segment PA.A being the point on the circle where the line meets the circle at coincident points, isPrizes are to be distributed among the students of class XI and class XII.

graph the gadget of constraints in finding the values of x and y that maximize the objective function x y108,871 effectsAlgebra 2

By graphing the machine of constraints, to find the values of x and y that maximize the purpose function. 2

asked through Fading on November 8, 2016Algebragraph the system of constraints to find the values of x and y that maximize the objective function x+y_0

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requested by way of Kandy on October 7, 2014mathAn objective function and a gadget of linear inequalities representing constraints are given. Graph the system of inequalities representing the constraints. Find the value of the goal operate at each and every nook of the graphed area. Use these values to

asked by ReRe on February 22, 2010Objective functonAn aim operate and a gadget of linear inequalities representing constraints are given. Graph the gadget of inequalities representing the constraints. Find the value of the aim function at each and every corner of the graphed area. Use those values to

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MathBy graphing the device of constraints, in finding the values of x and y that maximize the purpose operate. 2x+y0 maximum for p=x+2y

asked through Jewell on October 16, 2017PLEASE HELP… ALGEBRA…. LINEAR PROGRAMMINGHELP ME WITH THESE 2 PROBLEMS PLEASE….. 1. Objective Quantity: C= 5x+4y Constraints: x < -2 x > -4 y > 1 y < 6 All of the indicators have strains under them. 2. Objective Quantity: C= 6x + 2y Constraints: x > 0 x < 5 y > 0 4x-y > 1 Again, all of the signs have

requested by means of Anonymous on October 11, 2006College AlgebraMaximize the goal operate C = 4x + 5y with the constraints x + y 5, x + 2y 6, x 0, y 0. Your constraints don't make sense. They need to be equations. Are you leaving out "=" indicators? If x=0 and y=0, there no variables and you'll be able to't maximize C

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requested by means of emily on April 4, 2010Algebra 2Name the vertices and then in finding the values of x and y that minimize the goal function. x >= 2 y >= 0 3x + 2y >= 12 Minimum for C = x + 5y Help with device of constraints please! I'm horrible at this…

asked by means of Reese on November 19, 2015algebra 2by graphing the gadget of constraints find the values of x and y that minimizes the objective operate x+2y>8 x>2 y>0 >=greater than or equivalent to my solution was 0,10 am i proper?

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asked by pandagang on April 26, 2016Alg. 2Maximize the goal function M=6x+3y underneath the constraints x ¡Ý 0 y ¡Ü 5 y ¡Ü -x + 10 y ¡Ý.5x – 4

requested through Larry on July 7, 2008Algebra (Please check)PLEASE CHECK MY ANSWERS (: I just want to be sure that I'm doing this as it should be ______________________ Graph the system of constraints and find the value of x and y that maximize the goal operate. Constraints: x ≥ 0 y ≥ 0 y ≤ (1)/(5)

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algebra2Find the values of x and y that maximize the objective operate P=3x + 2y for the graph. What is the maximum value. step by step please

requested by means of bowershe on December 10, 2013Deadline Approaching: Please HelpSIMPLEX METHOD – Table: Nutrient Peanuts Raisins M&Ms Pretzels Calories 855 435 1024 162 Protein 34.fifty seven 4.Sixty seven 9.01 3.87 Fat 72.50 0.Sixty seven 43.95 1.49 Carbs 31.Forty 114.74 148.12 33.68 Suppose that you wish to have to make at most 10 cups of path mix, the use of all the

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asked by means of Sam on December 11, 2017MathWhat level maximizes the goal function P = 4x + 3y for the constraints below. What is the maximum value? Constraints: x>=0 y>=0 y=y

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requested by Alex Lark on September 17, 2012MathThe Wellbuilt Company produces two types of wooden chippers, Deluxe and Economy. The Deluxe model requires 3 hours to assemble and ½ hour to paint, and the Economy model calls for 2 hours to gather and 1 hour to paint. The maximum quantity of meeting hours

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Math – Linear InequalitiesThe Wellbuilt Company produces two sorts of wooden chippers, Deluxe and Economy. The Deluxe style requires Three hours to gather and ½ hour to color, and the Economy style requires 2 hours to collect and 1 hour to paint. The maximum number of assembly hours

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asked by way of Marie on March 19, 2007MathFind the maximum value of the purpose function z = 19x + 7y, matter to the following constraints. (See Example 2.) 3x + 2y â‰¤ 18 6x + 2y â‰¤ 30 â€‰ x â‰¥ 0, y â‰¥ 0

requested via Sam on February 28, 2018AlgebraFind the maximum value of the goal function z=24x+7y subject to the following constraints : 0¡Üx¡Ü10, 0¡Üy¡Ü5,3x+2y¡Ý6.

asked by means of Anonymous on March 19, 2010algebraFind the maximum value of the aim function z=24x+7y subject to the following constraints: 1. 0¡Üx¡Ü10, 0¡Üy¡Ü5. 3x + 2y ¡Ý 6

requested by way of Joe on March 9, 2011Algebra 2What point in the possible area maximizes the purpose function ? (Three points) Constraints {x>0 {y>0 {-x+3>y {y

requested via Alexia tucker on November 6, 2017MathMathMate – I'm nonetheless puzzled, please see below. Thanks!! SIMPLEX METHOD – Table: Nutrient Peanuts Raisins M&Ms Pretzels Calories 855 435 1024 162 Protein 34.57 4.67 9.01 3.87 Fat 72.50 0.67 43.95 1.49 Carbs 31.Forty 114.74 148.12 33.68 Suppose that you want

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MathSIMPLEX METHOD – Table: Nutrient Peanuts Raisins M&Ms Pretzels Calories 855 435 1024 162 Protein 34.fifty seven 4.67 9.01 3.87 Fat 72.50 0.Sixty seven 43.ninety five 1.49 Carbs 31.40 114.74 148.12 33.68 Suppose that you wish to have to make at most 10 cups of path combine, the usage of all the

asked via Jay on June 4, 2011linear programmingMaximize z = 16x + 8y topic to: 2x + y ≤ 30 x + 2y ≤ 24 x ≥ 0 y ≥ 0 Graph the feasibility region. Identify all applicable nook issues of the feasibility area. Find the point(s) (x,y) that maximizes the goal function z = 16x + 8y.

requested by nmh on July 8, 2011mathMaximize z = 16x + 8y matter to: 2x + y ≤ 30 x + 2y ≤ 24 x ≥ 0 y ≥ 0 Graph the feasibility area. Identify all applicable nook issues of the feasibility region. Find the point(s) (x,y) that maximizes the aim function z = 16x + 8y.

requested by means of ANONIMOUS on July 18, 2011MATH

Maximize z = 16x + 8y matter to: 2x + y ≤ 30 x + 2y ≤ 24 x ≥ 0 y ≥ 0 Graph the feasibility area. Identify all appropriate nook points of the feasibility area. Find the level(s) (x,y) that maximizes the objective function z = 16x + 8y.

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asked through Carla on October 17, 2012Alegra 2Explain the use of the goal quantity in linear programming.Give an example of an objective quantity that you'd decrease and an instance of one that you would maximize

requested by way of Linda on November 3, 2009algebraWhat point in the feasible region maximizes the purpose operate? Step via step please x¡Ý0 y¡Ý0 Constraints -x+3¡Ýy y¡Ü1/3x+1 purpose function C=5x-4y

asked by bowershe on December 10, 2013Algebra 2 -Linear ProgrammingFind the values of x and y that maximize or decrease the objective operate. x+y < or equal to eight 2x+y < or equivalent to ten x> or equal to 0, y > or equal to Zero A. (0,5) Maximum value is 100 B.(1,7) Maximum value is 220 C.(2,6) Maximum value is 280 D. (5,0)

asked by LaH on October 26, 2011scienceMaximize value Z = 15x + 10y topic to the constraints 3x + 2y ¡Ü ¡Ü 12, 2x + 3y ¡Ü ¡Ü 15, x ¡Ý ¡Ý 0, y ¡Ý ¡Ý 0 is

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algebrawhat point in the possible area maximizes the purpose function? x>0 y>0 constraints -x+3>y y

requested by way of bowershe on December 10, 2013mathMaximize P = 4x + 20y subject to those constraints: 2x + 15y ≤ Seven hundred 5x + 10y ≤ 1150 5x + 5y ≤ 1000 4x + 15y ≤ 980 x ≥ 0, y ≥ 0 Maximum value for P = ?. This value of P occurs when x = ? and y = ? If u1, u2, u3, and u4 constitute the slack

asked via John on September 20, 2010mathMaximize P = 4x + 20y topic to these constraints: 2x + 15y ≤ Seven-hundred 5x + 10y ≤ 1150 5x + 5y ≤ a thousand 4x + 15y ≤ 980 x ≥ 0, y ≥ 0 Maximum value for P = ?. This value of P occurs when x = ? and y = ? If u1, u2, u3, and u4 constitute the slack

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requested by means of hym on March 7, 2011MathMaximize P = 16x + 80y topic to these constraints: 2x + 20y ≤ 430 4x + 70y ≤ 1400 8x + 30y ≤ 980 10x + 10y ≤ one thousand 4x + 30y ≤ 700 x ≥ 0, y ≥ 0 Maximum value for P = ?. This value of P happens when x = ? and y = ? If u1, u2, u3, u4, and u5

asked by John on September 20, 2010Linear ProgrammingMaximize P = 16x + 80y matter to these constraints: 2x + 20y ≤ 430 4x + 70y ≤ 1400 8x + 30y ≤ 980 10x + 10y ≤ 1000 4x + 30y ≤ 700 x ≥ 0, y ≥ 0 Maximum value for P = ?. This value of P occurs when x = ? and y = ? If u1, u2, u3, u4, and u5

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Calc-slopes & concavity

Let f(x)=x^3-3x+2 a.) Find the equation of the line tangent to the graph of y=f(x) at x=2 b.) For what values of x is the operate expanding? c.) For what values of x is the graph concave down?

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Which x-values will have to I make a choice to graph those equations (y = x; y = -x + 6) in order that they intersect? 2. The school band sells carnations on Valentine's Day for

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asked via Please, lend a hand me! on December 9, 2013Intermediate AlgebraFind the maximum value of the goal function and the values of x and y for which it occurs. F = 5x + 2y x + 2y (greater than or equal to) 6 2x + y (more than or equal to) 6 Both x and y are more than or equivalent to 0. I don't know the way to do

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The faculty band sells carnations on Valentine's Day for

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every. They buy the carnations from a florist for [scrape_url:1]

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[/scrape_url].50 each, plus a $Sixteen supply fee. a. Write a system of equations to explain the situation. A: y = 2x; y = 0.50x + 16. b. Graph the system.

requested by Please, lend a hand me! on December 9, 2013algebrawhat level in the feasible region maximizes the goal operate x>0 y>0 constraints -x+3+y y,1/3x+1 Object operate C+5x_4y

requested via bowershe on December 10, 2013extreme value of absolute…..in finding the extreme values of the operate on the period and the place they occur. f(x) = |x-1|-|x-5|, -2

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Consider the following. f(x)=8x-10 g(x)=x^2-4x+10 (a) Find the issues of intersection of the graphs. ANSWER:(2,6) are the smaller values and (10,70) are the larder values (b) Compute the area of the region below the graph of f and above the graph or g.

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Calculusf(x)=xe^(-2x) with domain 0< or equivalent to x< or equal to ten find all values of x for which the graph of f is expanding and all values of x for which the graph is decreasing give the x and y coordinates if all absolute max and min points

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asked by hym on March 18, 2011math.please assist!reduce z= 5x + 9y topic to 6x + y >= 18 2x + 3y >= 30 x= 0 in finding the corner points, ans topic the objective operate to the nook issues, discovering the minimal value of z giving the constraints. i know the first and 2d points but i couldn't determine

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asked by way of George on September 2, 2008MathRemedy this linear programming problem using the simplex manner: Maximize P = 21x + 12y + 24z subject to these constraints: 3x + 2y + 3z ≤ 864 15x + 6z ≤ 1296 9x + 8y + 18z ≤ 4608 x ≥ 0, y ≥ 0, z ≥ 0 Maximum value for P = ?. This value of P

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math pre calculusfind the following for the operate f(x)=(x+5)^2(x-2)^2 a.find the x and y intercepts, b.to find the power operate that the graph ressembles for enormous values of x c.resolve the maximum number of turning points on the graph of f d.determine the conduct of

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requested through fatima on November 17, 2014mathFind the maximum and minimum values of the given goal operate on the indicated possible region. M = 150 − x − y

asked via fatima on November 17, 2014algebraCoulld any person take the time and test my answers please. 11) without graphing is the machine unbiased, dependent, or inconsistent? y=-x+5 -3x-3y=-15 (my resolution; dependent) 12) your club is baking vanilla and chocolate truffles for a bake sale. they need at

requested by means of Lee on January 3, 2013isdsWhen specifying linear constraints, the modeler must remember the unit specification of the determination variables so that the units represented by the left side of the constraints are in keeping with the gadgets represented by the proper facet of the

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Calculus Please HelpI believe I have the right answer, however It's not that i am 100% sure easy methods to do the values at (1,-1) and the one below at (0,-1, 1). Please give an explanation for how I want to way the right way to do these. Thank You! Calculate the partial by-product @f/@x, @f/@y and @f/@x | (1,-1), and

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asked through Ana on March 30, 2016Calculus

Given the function f outlined by means of f(x) = x^3-x^2-4X+4 a. Find the zeros of f b. Write an equation of the line tangent to the graph of f at x = -1 c. The point (a, b) is on the graph of f and the line tangent to the graph at (a, b) passes thru the point

asked through Anonymous on January 16, 2012Math – Simple rational functions (take a look at)Consider the function f(x) = x/(x-1) Are there any turning issues? Explain how this may help you graph f(x) for enormous values of x? Ans: turning issues is some other phrase for checking the concavity, and due to this fact i in finding the 2nd by-product and equate it to

requested by means of Anonymous on October 29, 2010mathThe function f(x)= ax^3 – bx +c passes through the starting place, f(-1)=4/3 and it has an extreme point at x=1 (i) Find the values of a, b and c. (ii) Sketch the graph (iii) Find the space bounded by way of the graph of f(x) and the x-axis between the lines x=-1 and x=1

requested via gibbs on April 25, 2013Math(Please take a look at. Thank You)1) clear up:e^x(x^2-4)=Zero e^x=0 and then (x+2)(x-2) so x=2, -2 2) differentiate: y=ln(6x^2 – 3x + 1) 1/(6x^2 – 3x + 1) * 12x-3 3) differentiate: y=e^-3x+2 -3 * e^-3x+2 4) review: 2^4-x=8 2^4-x = 2^3 4-x = 3 -x=-1 so x=1 5) differentiate: x^3 + y^3 -6 =0 3x^2

requested by means of Hannah on April 30, 2011CalculusThe function g is defined for x>Zero with g(1)=2, g'(x)=sin(x+1/x), and g"(x)=(1-1/x^2)cos(x+1/x). A. Find all values of x in the interval 0.12

requested by means of Sarah on May 7, 2015Algebra (Please help!)The graph below plots the values of y for various values of x: plot the ordered pairs 1, 1 and 2, 4 and 3, 7 and 4, 9 and 5, 12 and 6, 16 Which correlation coefficient highest fits the information plotted on the graph? A. −0.5 B. 0 C. 0.25 D. 0.90 Is it D.

asked by Lidiah on April 17, 2017calculusHelp! I've a check tommorow! I don't perceive (b), (c), (e), and (g). The solutions are listed following the each question. Here's a discription of the graph: There is a graph of a function f consists of a semi circle (-3 to 1 faced downward on the

requested by means of Anonymous on October 26, 2007math lend a hand pls pls plsThe graph below plots the values of y for various values of x: Plot the ordered pairs 1, 3 and 2, 4 and 3, 9 and 4, 7 and 5, 2 and 6,18 Which correlation coefficient best matches the information plotted on the graph? 0.Five 0.8 0.9 1.0 pls lend a hand me

asked via Oscar on March 19, 2016

Calculousthe figure shows the graph of F', the by-product of a operate f. the area of the operate f is the set of all X such that -3< or equal to x

requested through Yoona on November 21, 2011AP CALC. ABLet h be a function defined for all x≠0 such that h(4)=-3 and the derivative h is given through h'(x)=(x^2-2)/(x) for all x≠Zero a). Find all values of x for which the graph of h has a horizontal tangent, and determine whether h has a local maximum, a local

asked by means of Darcy on December 2, 2014Calculusa)The curve with equation: 2y^3 + y^2 – y^5 = x^4 – 2x^3 + x^2 has been related to a bouncing wagon. Use a pc algebra gadget to graph this curve and discover why. b)At how many issues does this curve have horizontal tangent traces? Find the

asked by way of Chelsea on October 31, 2010College algAnalyze the graph of the following function as follows: (a) Find the x- and y-intercepts. (b) Determine the finish behavior: find the power function that the graph of f resembles for massive values of |x|. (c) Find the maximum quantity of turning points.

requested via sunny on January 4, 2012algebraThe point of intersection of the graphs of the equations of the machine Ax – 4y = Nine 4x + By = –1 is (–1, –3). Explain how one can to find the values of A and B, then to find those values.

asked by Algebra PLEASE HELP!! on March 18, 2012