for me, to find the optimal solution, the corner points method does make sense, but i was struggling with this isoprofit line method, the concept was not clear at all until i found this video! thank u so much!!
2100 is chosen rather arbitrarily. You can choose any number. The number doesn't really matter. The key is to find out the slope of the isoprofit line, and that slope doesn't depend on what number you choose.
for me, to find the optimal solution, the corner points method does make sense, but i was struggling with this isoprofit line method, the concept was not clear at all until i found this video! thank u so much!!
Oh man I couldn’t find a better explanation than that, huge thumbs up
Very good explanation!
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Thank you so much, sir!
good video! thank you
Thank you for this video. Could you please explain the logic behind taking that z = some number part . How is that number decided?
I get this question is from 2 years ago, but you can select it to equal anything
Great video
very good explanation.... thanks
thanks alot
how did you choose 2100
2100 is chosen rather arbitrarily. You can choose any number. The number doesn't really matter. The key is to find out the slope of the isoprofit line, and that slope doesn't depend on what number you choose.
how to assume any no between certain range
what do you mean?
why is C on 80 in the graph and not on 50?
because in the first constraint if you set t= 0 c is 80
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