on a lighter note...

You really have to look closely at this but 3 is right
 
Thankfully, we got that solved.
 
7 has a hole at the bottom.
 
From an engineering standpoint they will all fill at the same time. We must assume they are completely empty meaning under a perfect vacuum. The water drop would then evaporate before it hit the first bucket. Because they all have an open top the now gaseous water would spread evenly between then maybe all. They are all now full with a low pressure gas. So it’s a tie.
 
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From an engineering standpoint they will all fill at the same time. We must assume they are completely empty meaning under a perfect vacuum. The water drop would then evaporate before it hit the first bucket. Because they all have an open top the now gaseous water would spread evenly between then maybe all. They are all now full with a low pressure gas. So it’s a tie.
And now my mind hurts again!

You must be a realist: the glass is always totally full of something!
 
From an engineering standpoint they will all fill at the same time. We must assume they are completely empty meaning under a perfect vacuum. The water drop would then evaporate before it hit the first bucket. Because they all have an open top the now gaseous water would spread evenly between then maybe all. They are all now full with a low pressure gas. So it’s a tie.

This engineer does not agree with your assumption. (n)

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