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593 results

Josiah Hartley
Linear Programming Example: Solving a System of Equations by Substitution

This example is taken from Versatile Mathematics, an OER textbook created at Frederick Community College. The book can be ...

2:59
Linear Programming Example: Solving a System of Equations by Substitution

4,196 views

10 years ago

Josiah Hartley
Linear Programming Example: Graphing a Linear Inequality

This example is taken from Versatile Mathematics, an OER textbook created at Frederick Community College. The book can be ...

3:08
Linear Programming Example: Graphing a Linear Inequality

1,226 views

10 years ago

Josiah Hartley
Linear Programming Example: Solving a System of Equations by Graphing

This example is taken from Versatile Mathematics, an OER textbook created at Frederick Community College. The book can be ...

3:45
Linear Programming Example: Solving a System of Equations by Graphing

20,427 views

10 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

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

Svtuition
Linear Programming (Part 8)

Lecture for making second simplex table in LPP.

0:37
Linear Programming (Part 8)

255 views

14 years ago

Svtuition
Linear Programming (Part 6)

In this lecture, you will learn to prepare simplex table 2.

2:04
Linear Programming (Part 6)

375 views

14 years ago

Doubtnut
Consider the linear programming problem Maximise Z = 4x + y.   Subject to constraints ` x+y le 50,

Consider the linear programming problem Maximise Z = 4x + y. Subject to constraints ` x+y le 50, x +y ge 100` and ` x ,y ge 0 ...

2:48
Consider the linear programming problem Maximise Z = 4x + y. Subject to constraints ` x+y le 50,

11,581 views

5 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

819 views

5 years ago

Bits and Bytes TVO
Programmed Instruction (Bits and Bytes, Episode 7)

This animation introduced the history of Programmed Instruction, from the 'programmed instruction text' to the 'teaching machine', ...

2:42
Programmed Instruction (Bits and Bytes, Episode 7)

32,353 views

13 years ago

L Hub
04   Writing and interpreting expressions   05   Interpreting linear expressions example 2
2:02
04 Writing and interpreting expressions 05 Interpreting linear expressions example 2

15 views

11 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`

16,571 views

6 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

Sun Shade
FDMNES (Fit parameters, example FeO6) (Windows)

FDMNES fit parameters (Example, FeO6) 1. fdmnes 2. fdmfile.txt 1 Sim/Test_stand/in/FeO6_inp.txt 3. Sim 4. Test_stand 5. in 6.

2:38
FDMNES (Fit parameters, example FeO6) (Windows)

564 views

6 years ago

Lutfi Al-Sharif
Examples on Physical Controller Selection:  Fifth System (Engine Control Unit), 4/4/2016
2:19
Examples on Physical Controller Selection: Fifth System (Engine Control Unit), 4/4/2016

551 views

9 years ago

Doubtnut
The minimum value of the objective function Z=2x+10y  for linear constraints ` x ge 0 , y ge 0, x -

The minimum value of the objective function Z=2x+10y for linear constraints ` x ge 0 , y ge 0, x -y ge 0, x -5y le -5 ` is.

2:07
The minimum value of the objective function Z=2x+10y for linear constraints ` x ge 0 , y ge 0, x -

273 views

5 years ago

Aslam Hossain
LDR Interfacing with Arduino #arduino #arduinoprojects #electronics #electronicsprojects

Interfacing a Long Distance Radio (LDR) sensor with an Arduino is a relatively simple process. Here are the general steps you ...

0:17
LDR Interfacing with Arduino #arduino #arduinoprojects #electronics #electronicsprojects

157,100 views

2 years ago

Doubtnut
Solve the linear programming problem. Maximise Z = x + 2y    Subject to constraints `x - y le 10

Solve the linear programming problem. Maximise Z = x + 2y Subject to constraints `x - y le 10, 2x +3y le 20 ` and ` x ge 0, y ge 0 `

2:10
Solve the linear programming problem. Maximise Z = x + 2y Subject to constraints `x - y le 10

244 views

5 years ago

Doubtnut
"The variables x and y in a linear programming problem are called A) decision variables B) linear

"The variables x and y in a linear programming problem are called A) decision variables B) linear variables C) optimal variables ...

2:54
"The variables x and y in a linear programming problem are called A) decision variables B) linear

956 views

5 years ago

Doubtnut
Solve the following linear programming problem graphically: Maximize : `z=60x+15y`

Solve the following linear programming problem graphically: Maximize : `z=60x+15y` Subject to : `x+yle50` `3x+yle90` `xge0` ...

3:56
Solve the following linear programming problem graphically: Maximize : `z=60x+15y`

246 views

6 years ago