Look carefully the picture a...
[4839] Look carefully the picture a... - Look carefully the picture and guess the game name. - #brainteasers #games - Correct Answers: 19 - The first user who solved this task is Thinh Ddh
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Look carefully the picture a...

Look carefully the picture and guess the game name.
Correct answers: 19
The first user who solved this task is Thinh Ddh.
#brainteasers #games
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8 short dad jokes to make you laugh

mom:Do you think we’re made of money?
daughter: Isn’t that what MOM stands for?

I wanted to get rid of my old knackered flat screen tv that doesn't work anymore.
The council said they would charge me £27.00 to collect it and dispose of it.
Instead, I paid £7.50 and booked an online courier to collect it and deliver to somebody I don't like!

In my last job my wages were paid in vegetables.
I left because i was unhappy with the celery.

It was a very moving ceremony.
Even the cake is in tiers.

So, today, I told my team about the importance of dried grapes.
It’s all about raisin awareness.

Yeah. I was in a Zoom meeting when I told that joke and they didn’t laugh either.
It turns out I’m not even remotely funny.

My mum told me that I can’t drive a car made of spaghetti.
You should have seen her face when I drove pasta.

Why are Catholics so upbeat after church gatherings?
Because they convert Mass into energy.

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Heisuke Hironaka

Born 9 Apr 1931.Japanese mathematician who was awarded the Fields Medal in 1970 for his work in algebraic geometry giving a number of technical results, including the resolution of certain singularities and torus imbeddings with implications in the theory of analytic functions, and complex and Kähler manifolds. In simple terms, an algebraic variety is the set of all the solutions of a system of polynomial equations in some number of variables. Nonsingular varieties would be those that may not cross themselves. The problem is whether any variety is equivalent to one that is nonsingular. Oscar Zariski had shown earlier that this was true for varieties with dimension up to three. Hironaka showed that it is true for other dimensions.
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