Consider the LPP Minimise,Z=200x+500y `x+2yge10`,`3x+4yle24`,`xge0`,`yge0` Draw the feasible region.
Topper's Solved these Questions
LINEAR PROGRAMMING
BODY BOOKS PUBLICATION|Exercise EXERCISE|2 Videos
INVERSE TRIGONOMETRIC FUNCTIONS
BODY BOOKS PUBLICATION|Exercise EXERCISE|97 Videos
MATRICES
BODY BOOKS PUBLICATION|Exercise EXERCISE|107 Videos
Similar Questions
Explore conceptually related problems
Consider the LPP Minimize,Z=200x+500y x+2yge10 , 3x+4yle24 , xge0 , yge0 Solve the LPP.
Consider the LPP Minimise,Z=200x+500y x+2yge10 , 3x+4yle24 , xge0 , yge0 Find the co-ordinates of the corner points of the feasible region.
Consider the LPP Maximise, Z=5x+3y Subject to, 3x+5yle15 , 5x+2yle10 , x,yge0 Draw the feasible region.
Consider the linear programming problem, Maximise, Z=x+y , 2x+y-3le0 , x-2y+1le0 , yle3 , xge0 , yge0 Draw its feasible region.
Consider the linear programming problem: Minimise Z=3x+9y subject to the constraints: x+3yle60 x+yge10 , xley , xge0 , yge0 . Draw its feasible region.
Maximise: Z=600x+400y Subject to the constraints: x+2yle12 , 2x+yle12 4x+5yge20 , xge0 , yge0 Draw the feasible region.
Consider the linear programming problem: Maximize Z=50x+40y Subject to the constraints x+2yge10 3x+4yle24 xge0,yge0 Find the corner points of the feasible region.
Consider the linear programming problem: Maximum z=50x+40y subject to constraints: x+2yle10 , 3x+4yge24 , x,yge0 Draw the feasible region.
Solve the LPP: Maximize Z=-3x+4y Subject to x+2yle8 , 3x+2yle12 , xge0,yge0 .
Consider the linear inequalities 2x+3yle6 , 2x+yle4 , x,yge0 Mark the feasible region.
BODY BOOKS PUBLICATION-LINEAR PROGRAMMING-EXERCISE
