Can someone please explain this to us smoothbrains who never finished school? I see a for-loop on the left, and some sort of integral on the right, but that’s about it…
It’s basically taking the measurement of the area under a curve. The left does it in uniform chunks, and is often less accurate depending on delta x (the size of the chunks). The right effectively makes the size of the “chunks” infinitely small and gives a more accurate answer.
Simple version:
Me: Close but either too much or too little potat removed.
Mom: absolutely perfect with no skin and no wasted potat.
Sometimes when I’m peeling potatoes, I will peel more aggressively than even the version on the left, because sometimes I want the potatoes to look pretty.
Yep the left is just measuring via repeated addition of slices n times, the right is the same but the slice thinness can approach 0, and the number of times approaches infinity
Can someone please explain this to us smoothbrains who never finished school? I see a for-loop on the left, and some sort of integral on the right, but that’s about it…
Their technique barely gets them close to their goal, while their mother removes all of the peel, but none of the rest perfectly.
It’s basically taking the measurement of the area under a curve. The left does it in uniform chunks, and is often less accurate depending on delta x (the size of the chunks). The right effectively makes the size of the “chunks” infinitely small and gives a more accurate answer.
Simple version: Me: Close but either too much or too little potat removed. Mom: absolutely perfect with no skin and no wasted potat.
Sometimes when I’m peeling potatoes, I will peel more aggressively than even the version on the left, because sometimes I want the potatoes to look pretty.
Yep the left is just measuring via repeated addition of slices n times, the right is the same but the slice thinness can approach 0, and the number of times approaches infinity