What hides this stereogram?
[2568] What hides this stereogram? - Stereogram - 3D Image - #brainteasers #stereogram #3Dimage
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What hides this stereogram?

Stereogram - 3D Image
#brainteasers #stereogram #3Dimage
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Can We....

On their way to get married, a young Catholic couple is involved in a fatal car accident.  The couple find themselves sitting outside the Pearly Gates waiting for St. Peter to process them into Heaven.

While waiting, they begin to wonder: Could they possibly get married in Heaven?

When St. Peter showed up, they asked him. St. Peter said, ‘I don’t know. This is the first time anyone has asked. Let me go find out,’ and he leaves.

The couple sat and waited, and waited. Two months passed and the couple are still waiting. While waiting, they began to wonder what would happen if it didn’t work out; could you get a divorce in heaven.

After yet another month, St. Peter finally returns, looking somewhat bedraggled. ‘Yes,’ he informs the couple, ‘you can get married in Heaven.’

‘Great!’ said the couple, ‘But we were just wondering, what if things don’t work out? Could we also get a divorce in Heaven?’

St. Peter, red-faced with anger, slammed his clipboard onto the ground.

‘What’s wrong?’ asked the frightened couple.

‘OH, COME ON!’, St. Peter shouted, ‘It took me three months to find a priest up here! Do you have any idea how long it’ll take me to find a lawyer?

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Element 111

In 1994, approximately one month after announcing the creation of element 110, a team of German scientists led by Peter Armbruster at the Gesellschaft für schwerionenforschung (GSI) facility at Darmstadt, Germany, claimed to have created element 111. Its atom has 111 protons and 161 neutrons in its nucleus, giving it a mass number of 272. As a new element it was named unununium, symbol Uuu, according to an internationally adopted system for naming new elements. Only three atoms of the element were made by accelerating nickel atoms to high speed and bombarding them into bismuth. When an atom of each fused to make the new nucleus, it lasted for about four-thousandths of a second before decaying into smaller nuclei.
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