A farmer wants to fence an area of 1.5 million

[@abiweisz]

Video forgot to mention the last step.. which is to compute for "P" (perimeter): P=2x+3y... so P=2(1500)+3(1000)=6000 shortest length of fence.

[@petesbricks]

This helped a lot!

[@rksmith5273]

Four circle parks of different sizes are to be surrounded with a fence. Park 1 has half the diameter of Park 2. Park 1 has one-third the diameter of Park 3. Park 1 has one-fourth the diameter of Park 4. If one bundle of fence exactly surrounds Park 2, how many bundles of fence will be used in this project? I am trying to help my grandson but I can't figure this one out. Any help would be appreciated.

[@sheilafrimpong1108]

In really love ur videos

[@sheilafrimpong1108]

How do we solve an equilateral triangle with has x as its width and nothing as it length?

[@TheBMan848]

Thank you so much sir

[@reeree5555]

does it matter if i isolate y instead of x?

[@SSName]

thanks, my prof is doing a terrible job

[@lopez2042]

this problem was unnecessarily complicated by the fact that you used numerical representations for million instead of just applying it at the end.

[@crrrrrr159]

ratio

[@catvzilla7826]

@@crrrrrr159 lmfao tf?

[@wo-miny-salvation3432]

Hi there but shouldn't permeter be only the outside edges? Why 3y all of a sudden when it should just be 2y?

[@gabrielrice2367]

The farmer has a strip of fence in the middle of the rectangle as well.