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392 results

Kanishka
How to solve Linear Programming Problem using Graphical Method

Linear programming (also called linear optimization) is a method to achieve the best outcome (such as maximum profit or lowest ...

2:42
How to solve Linear Programming Problem using Graphical Method

82 views

4 years ago

Mathematics Accounting KMJ
Linear Programming: from System to Feasible Region (LPS2G)

This video will demonstrate the steps on how to find a feasible region from a system of linear inequalities. Music by ...

3:06
Linear Programming: from System to Feasible Region (LPS2G)

116 views

7 years ago

Doubtnut
Maximise `Z=3x+4y` Subject to the constraints `x+yle4,xge0,yge0`

Maximise `Z=3x+4y` Subject to the constraints `x+yle4,xge0,yge0` jee mains 2020, jee main january, class 12, jee main maths, jee ...

3:16
Maximise `Z=3x+4y` Subject to the constraints `x+yle4,xge0,yge0`

16,631 views

6 years ago

Doubtnut
Let x and y are the number of tables and chairs respectively, on which a furniture dealer wants to

Let x and y are the number of tables and chairs respectively, on which a furniture dealer wants to make profit for the constraints ...

2:55
Let x and y are the number of tables and chairs respectively, on which a furniture dealer wants to

2,510 views

5 years ago

Doubtnut
The objective function ` Z=x_1+x_2 ` subject to the constraints: `x_1+x_2leq10,-2x_1+3x_2leq15,x_1

The objective function ` Z=x_1+x_2 ` subject to the constraints: `x_1+x_2leq10,-2x_1+3x_2leq15,x_1leq6, x_1,x_2geq0` has ...

3:27
The objective function ` Z=x_1+x_2 ` subject to the constraints: `x_1+x_2leq10,-2x_1+3x_2leq15,x_1

15 views

5 years ago

mathapptician
4  Total dual integrality

... of b has an optimal solution now the dual problem of p is the following we know from linear programming duality that the optimal ...

3:06
4 Total dual integrality

494 views

10 years ago

Dr. Jayalal Wettasinghe
Introduction to Linear Programming Problems

This short video session explains the main components of a Linear Programming Problem.

3:10
Introduction to Linear Programming Problems

120 views

5 years ago

SVSU Micro Math
Inequality: Graph the inequality 4y + 4x < 12

Tony from SVSU Micro Math helps you graph the solution to a linear inequality with two variables. Problem: Graph the inequality ...

1:46
Inequality: Graph the inequality 4y + 4x < 12

348 views

5 years ago

Doubtnut
Let the feasible region of the linear programming problem with the objective function Z = ax + by is

Let the feasible region of the linear programming problem with the objective function Z = ax + by is unbounded and let M and m be ...

2:03
Let the feasible region of the linear programming problem with the objective function Z = ax + by is

178 views

5 years ago

Doubtnut
The point which provides the solution of the linear programming problem, maximise Z = 45x + 55y.

The point which provides the solution of the linear programming problem, maximise Z = 45x + 55y. Subject to constraints Subject ...

2:58
The point which provides the solution of the linear programming problem, maximise Z = 45x + 55y.

21 views

5 years ago

Doubtnut
"Solve each of the following linear programming problems by graphical   method.

"Solve each of the following linear programming problems by graphical method. Maximize `Z=3x+3y` Subject to the constraints ...

3:35
"Solve each of the following linear programming problems by graphical method.

45 views

5 years ago

Pi times Pi
Section 12 Ex 4 Graph

... the points so that you can actually graph the line so the first line I'm going to graph is the one that had the x-intercept of negative ...

2:00
Section 12 Ex 4 Graph

66 views

3 years ago

SVSU Micro Math
Linear Programming: Minimize C=2x+y subject to x+y ≤50, x≥y, x≥20, x≥0, y≥0

Tony from SVSU Micro Math helps you solve a linear programming problem using a graphical method. Problem: Minimize C=2x+y ...

2:16
Linear Programming: Minimize C=2x+y subject to x+y ≤50, x≥y, x≥20, x≥0, y≥0

820 views

5 years ago

Professor Dansereau
Simultaneous Substitution: Finding the Value of Line intersections

www.EdDansereau.com/linear-programming.html Video This video is an example of how to find the intersection of two lines in a ...

3:22
Simultaneous Substitution: Finding the Value of Line intersections

331 views

8 years ago

SVSU Micro Math
Linear Programming: Maximize P=4x+6y subject to 4x+4y≤8, 2x+y≤4, x≥0, y≥0

Tony from SVSU Micro Math helps you solve a linear programming problem using a graphical method. Problem: Maximize ...

3:00
Linear Programming: Maximize P=4x+6y subject to 4x+4y≤8, 2x+y≤4, x≥0, y≥0

1,418 views

5 years ago

Doubtnut
If the constraints in a linear programming problem are changed

If the constraints in a linear programming problem are changed.

1:35
If the constraints in a linear programming problem are changed

76 views

5 years ago

SVSU Micro Math
Inequality: Graph the inequality 2y ≤ x + 6

Tony from SVSU Micro Math helps you graph the solution to a linear inequality with two variables. Problem: Graph the inequality ...

1:16
Inequality: Graph the inequality 2y ≤ x + 6

620 views

5 years ago

Doubtnut
By graphical method, the solutions of linear programming problem maximum ` Z = 3x_1 + 5x_2`  subject

By graphical method, the solutions of linear programming problem maximum ` Z = 3x_1 + 5x_2` subject to constraints `3x_1+2x_2 ...

1:55
By graphical method, the solutions of linear programming problem maximum ` Z = 3x_1 + 5x_2` subject

46 views

5 years ago

SVSU Micro Math
Inequality: Graph the inequality y ≤ 1/3 x - 3

Tiala from SVSU Micro Math helps you graph the solution to a linear inequality with two variables. Problem: Graph the inequality y ...

1:21
Inequality: Graph the inequality y ≤ 1/3 x - 3

205 views

5 years ago

Scottsdale CC Math Videos
MAT103_Sec6.2_VideoExample1

The Cartesian Coordinate Plane.

3:12
MAT103_Sec6.2_VideoExample1

745 views

5 years ago