Area of hexagon is maximum while perimeter is fixed

AI Thread Summary
The discussion revolves around maximizing the area of a hexagon while keeping the perimeter fixed. A user is attempting to express the variable y in terms of x but is struggling with the relationship. Another participant suggests representing y in terms of the fixed perimeter P and x to simplify the area calculation. The original poster acknowledges the advice and expresses gratitude for the assistance. The conversation highlights the importance of understanding geometric relationships in optimization problems.
nmr
Messages
7
Reaction score
0
this is the given problem:

ImageUploadedByPhysics Forums1410578071.067986.jpg


and this is my attempt at a solution:

ImageUploadedByPhysics Forums1410578438.619871.jpg


I am stuck here as the variable y is unknown and I want to express y in terms of x, but cannot figure out how to do so.
Thanks for any help!
 
Physics news on Phys.org
nmr said:
this is the given problem:

View attachment 73096

and this is my attempt at a solution:

View attachment 73097

I am stuck here as the variable y is unknown and I want to express y in terms of x, but cannot figure out how to do so.
Thanks for any help!

Do not post thumbnails. Please read the 'pinned' thread 'Guidelines for students and helpers', which explains the reasons for this policy.
 
You're told that the perimeter is fixed, which means that P is some constant. You can represent y in terms of P and x so that you then have the area A in terms of just one variable x.
 
I got it, thanks alot!

Also sorry for not reading the posting guidelines beforehand.
 

Similar threads

Back
Top