This is my buddy's question:
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My roomate and I were arguing about the best way to cut a frozen pizza into 4ths so that the 4 peices are closest to equal.
I said, if you can eyeball it so it looks pretty close to equal 4ths then taking the peices across from each other would be the best way to get almost equal halfs of the pizza.
Here is a crappy diagram if that doesnt make sense:
\ 1/
2 \/ 2
/
/1 \
Obviouisly those peices are close to being equal, but if I ate both pieces labeled 1, and he ate both pieces labeled 2.
But what i was trying to say is that if the peices are cut fairly close to equal 4ths but slightly off, eating the pieces across from each will be the closest way to get equal halves.
Does anyone know if there is a math formula that we could use to settle this argument. Trig was a long time ago.
*************
Thanks,
-=bmacd=-
****************
My roomate and I were arguing about the best way to cut a frozen pizza into 4ths so that the 4 peices are closest to equal.
I said, if you can eyeball it so it looks pretty close to equal 4ths then taking the peices across from each other would be the best way to get almost equal halfs of the pizza.
Here is a crappy diagram if that doesnt make sense:
\ 1/
2 \/ 2
/
/1 \
Obviouisly those peices are close to being equal, but if I ate both pieces labeled 1, and he ate both pieces labeled 2.
But what i was trying to say is that if the peices are cut fairly close to equal 4ths but slightly off, eating the pieces across from each will be the closest way to get equal halves.
Does anyone know if there is a math formula that we could use to settle this argument. Trig was a long time ago.
*************
Thanks,
-=bmacd=-