Eye Test

[Greg Baehman]

Post your answer!

[Wayne Owens]

I guess 18.

[Donald F. Mills]

18:)

[Breck Gorman]

I count 9

[Breck Gorman]

Wait…10

[Stan Hillis]

Ten squares

[Austin J Hawthorne Jr.]

:corn:I see 18 squares.

[Garry L Gordon]

10?

[Arthur Shaffer]

I vote 10.

[Jim DiSpagno]

14 squares

[Bill Jolliff]

I found 21 squares

I did it again and found 18 this time!

[Mike Poindexter]

I see 19.

[Stan Hillis]

Some of those that may look like they're square, at first glance, are not .......... they are very slightly rectangular.

[Russell E. Cleary]

I see 13.

Later entry: plus, one, so 14

[Robert Brooks]

13 squares

[Bob Kimble]

How about 18

[Andrew Sacco]

The correct answer is TEN

[Chris Pope]

19.

[James L. Martin]

I see 10

[Rick Losey]

Assuming overlapping lines count

18

[charlie cleveland]

12 squares...charlie

[charlie cleveland]

I see 12....charlie

[Arthur Shaffer]

I at first thought 10 but I believe 14 is correct.

Carefully measure the squares on the screen and you will find that there are 2 fundamental dimensions; the sides od the corner squares and ther sides of the inner squares. Print out the picture and label the two lengths as x and y. List the sides of all the possible squares and the ones that are equal are true.
i.e. x+2y=x+2y
2y=2y
etc

I am presuming we are dealing with only the printed lines.

[Richard Flanders]

14 sq

[Joseph Sheerin]

18 is what i see...

[Mike Koneski]

I see 18

[Arthur Shaffer]

Post your answer!

We're down to a consensus of about 3 guesses. Time to end the drama.

[Andrew Sacco]

Greg, my final guess is 10. Time to end it. Not like we're solving time travel but with the length it's dragged on, seems like it : )

[Greg Baehman]

Okay, it appears everyone that wanted to play, played...

The answer, I've been informed, is only one -- and it's the largest square, all others are slightly rectangular, some by supposedly only a fraction of a mm. The answer likely comes as a surprise to most, it did to me, as well.

Thanks to everyone that played, I hope it was fun! :cheers:

[Andrew Sacco]

Okay, it appears everyone that wanted to play, played...

The answer, I've been informed, is only one -- and it's the largest square, all others are slightly rectangular, some by supposedly only a fraction of a mm. The answer likely comes as a surprise to most, it did to me, as well.

Thanks to everyone that played, I hope it was fun! :cheers:

You should have prefaced it with "bring your Vernier calipers, calibrate your screen, and also print it out in a 1:1 scale to verify your measurements...." OMG....

[James L. Martin]

Well that's just smoke and mirrors

[Richard Flanders]

I could clearly see that a few sets were rectangular but 14 look square.

[Jim DiSpagno]

I agree Rich. Unless you use the singular of the word “squares” to make it 15. Based on the drawing presented, you could mic all of them and not have one square.

[Ray Benedetto]

8 squares

[Mike Koneski]

Okay, it appears everyone that wanted to play, played...

The answer, I've been informed, is only one -- and it's the largest square, all others are slightly rectangular, some by supposedly only a fraction of a mm. The answer likely comes as a surprise to most, it did to me, as well.

Thanks to everyone that played, I hope it was fun! :cheers:

MM???? This is the USA, what is the difference in fractions of an inch????? :cuss:

[Mike Koneski]

Greg, my final guess is 10. Time to end it. Not like we're solving time travel but with the length it's dragged on, seems like it : )

And you're an eye doctor!! BWAHAHAHAHAHAHAHAHA!!! :rotf::rotf::rotf: