- Видео 8
- Просмотров 122 377
Attel Academy
Добавлен 4 июн 2021
Big M Method Maximization Problem || Simplex Method || Operations Research || LPP
Simple way to solve the Linear Programming Problem by Big-M Method for Maximization Problems with examples
Просмотров: 80 411
Видео
Simplex Method Maximization Problem || Operations Research || Linear Programming Problem || LPP
Просмотров 2,9 тыс.3 года назад
Simple way to solve the Linear Programming Problem by Simplex Method for Maximization Problems with examples
Sequencing Problem by Graphical Method 2 Jobs through m machines
Просмотров 36 тыс.3 года назад
2 Jobs through m machines Sequencing Problem by Graphical Method Total Elapsed Time Idle Time Sequence of the Jobs on Machines
NETWORK ANALYSIS Class 3
Просмотров 4623 года назад
Construct a network for each of the activities and their precedence relationships given below to Determine: Earliest and Latest times, Float. Critical path and its duration.
NETWORK ANALYSIS Class 2
Просмотров 5693 года назад
Example 1 Consider the following network diagram and determine the following. Earliest and Latest times, Float. Critical path and its duration.
NETWORK ANALYSIS Class 1
Просмотров 5753 года назад
Introduction to Network Analysis Network Diagram Representation Rules for Drawing Network Diagram Critical Path in Network Analysis
Transportation Problems VAM Class 2
Просмотров 4123 года назад
Vogel’s Approximation Method (Unit Cost Penalty Method) Operations Research Transportation Problems To calculate Initial Basic Feasible Solution (IBFS)
Transportation Problems Class -1
Просмотров 7793 года назад
Introduction to Transportation Problems To find Initial Basic Feasible Solution (IBFS) 1. North-West Corner Rule (Stepping Stone Method) 2. Row Minima Method 3. Column Minima Method 4. Matrix Minima Method (Lowest Cost Entry Method) 5. Vogel’s Approximation Method (Unit Cost Penalty Method) - Class-2
Thank you so much
thanks dude
Good explain 👍
I'm sure Strathmore nigrrres are here😂
Sir Ydi subject to 4 equation diya h to kya kaise karna
Super sir
Telugu video
Its zj-cj not cj-zj aur isme most negative dekhte hai
Nyc
Nice explanation ❤❤
Glat mat sikhaoo please look out for delta j
It is zj -cj you r wrong buddy
you are wrong dont confuse others
you both are right 👉if you take Cj-Zj then for Maximisation its Cj-Zj<=0 for Minimisation its Cj-Zj>=0 👉if you consider Zj-Cj then for Maximisation its Zj-Cj>=0 for Minimisation its Zj-Cj<=0 End of the day, for maximisation the Zj (which represnts the objective function) should be greater than or equal Cj and for minimisation the Zj should be less than or equal to Cj
Thanks for your content
For maximization, we consider the most negative value as the key column. How come you took the most positive instead?
When we take zj-cj for zj then we use the procedure to take most negative value as the key coloumn but in this video he take cj-zj that's for he took to value of most positive
At 5:00, you forget to write s3 bigger or equal to 0
Was it not Zj-Cj??? Just a doubt
Where did you get 24 in solution ? I can't understand hu hu hu hu please answer me
In table 2
Sir please explain modi method too
thank you from Egypt
Thank u sir
Thank you 😊 sir
Thank you so much sir
i believe in the final table the s2 should not be present since it already left. including the s2 leads to negative cj-zj and thus its not complete so i believe you should not calculate it in the final table. Thank you the lesson was quite informative
Thank you
Tq sir
Well explained
Thank you sir ; easy to understand
🙏
Ache se samja kuch smaj nhi aaraha kise bta raha ha tu
Thank you so much ❤️🥺
Welcome
Thank Youu Sooo Much 💖💖💖💖
Why did u take vertical line
Thank u sir, lots of love from BD.
Well explained🤗
talk loudly
Nice teaching super 👍
Thank you so much. We'll explained
Thank u sir ❣️
Very good teaching sir
Tq sir
Thank you Sir
Well explained Dr.
So good that even the dumbest can understand
Thanks sir😍
Bosss super ❤️
❤️❤️❤️❤️
What about the same for Minimization
Well explained to the point. You have made it clear
it helps me alot.thnks
Thank you sir
Thank you