Makes sense to me

[Jumptrout51]

There were three Indian squaws. One slept on a deer skin, one slept on an elk skin, and the third slept on a hippopotamus skin. All three became pregnant. The first two each had a baby boy. The one who slept on the hippopotamus skin had twin boys. This just goes to prove that... the squaw of the hippopotamus is equal to the sons of the squaws of the other two hides. (Some of you may need help with this one).

[silverking]

Another slow day for the Maytag repair man?!

[red_yakker]

[rocket]

I will require assistance with this joke

[Jumptrout51]

Another slow day for the Maytag repair man?!

Nobody home and parts on order.
Todays customers now have to wait until Thursday because tomorrow is already booked.
Gotta keep my mind sharp.

[Jumptrout51]

Here is another one for you.
Rocket won't get this one either.

Back in the 1800's the Tate's Watch Company of Massachusetts wanted to produce other products, and since they already made the cases for watches, they used them to produce compasses. The new compasses were so bad that people often ended up in Canada or Mexico rather than California. This, of course, is the origin of the expression -- "He who has a Tate's is lost!"

[Barhopr]

I think JT is reading through some old readers digest

[Jumptrout51]

No Readers Digest,although I dearly loved it.

Try this one on for size.

A famous Viking explorer returned home from a voyage and found his name missing from the town register. His wife insisted on complaining to the local civic official, who apologized profusely saying, "I must have taken Leif off my census."

[fishinfool]

Must be how they wound up in Tate's Hell.

I enjoy a good pun joke, I didn't enjoy those.
FF

[Harmsway]

Yeah, you had me on the pi-r-square thing. Now I'm back to normal.

[Harmsway]

[qoutrage]

I like them, JT.

[MudDucker]

JT ... don't quit your day job!

[Salty Gator]

Nice one, pythagorian theorem. That's a pretty smart joke, I've clearly underestimated jt's wit. Keep em coming.

[cmatt]

In any right triangle, the area of the square whose side is the hypotenuse (the side opposite the right angle) is equal to the sum of the areas of the squares whose sides are the two legs (the two sides that meet at a right angle).