2 spoiler tags
source | link

Since no one knows anything about the piece of cake they pick, it's a random choice. The problem then becomes this: Randomly distribute 100 pieces of cake to 100 individuals - who is most likely to have the special piece?

no one knows anything about the piece of cake they pick, it's a random choice. The problem then becomes this: Randomly distribute 100 pieces of cake to 100 individuals - who is most likely to have the special piece?

It should be clear that everybody has the same chance of having the special piece. It doesn't matter if everyone chooses their piece and checks it sequentially, or if everyone gets their piece and checks simultaneously.

everybody has the same chance of having the special piece. It doesn't matter if everyone chooses their piece and checks it sequentially, or if everyone gets their piece and checks simultaneously.

Since no one knows anything about the piece of cake they pick, it's a random choice. The problem then becomes this: Randomly distribute 100 pieces of cake to 100 individuals - who is most likely to have the special piece? It should be clear that everybody has the same chance of having the special piece. It doesn't matter if everyone chooses their piece and checks it sequentially, or if everyone gets their piece and checks simultaneously.

Since

no one knows anything about the piece of cake they pick, it's a random choice. The problem then becomes this: Randomly distribute 100 pieces of cake to 100 individuals - who is most likely to have the special piece?

It should be clear that

everybody has the same chance of having the special piece. It doesn't matter if everyone chooses their piece and checks it sequentially, or if everyone gets their piece and checks simultaneously.

1
source | link

Since no one knows anything about the piece of cake they pick, it's a random choice. The problem then becomes this: Randomly distribute 100 pieces of cake to 100 individuals - who is most likely to have the special piece? It should be clear that everybody has the same chance of having the special piece. It doesn't matter if everyone chooses their piece and checks it sequentially, or if everyone gets their piece and checks simultaneously.