peoplemover913
aka peoplemover on VMK!
- Joined
- Aug 20, 2005
- Messages
- 159
Thanks! 

JeanJoe said:Good morning, everyone.
Should I be worried that my daughter really, really likes shoes?
That is, she is 14 months old, and she likes to eat them.
marypops! said:i would probably think so
how many has she eaten so far?
JeanJoe said:She tends to snack and nibble. She doesn't have access to expensive shoes in this household; I wonder if she will have expensive tastes? Could bring her to my sister's, where she could try some Pradas, but I think my sister would be annoyed at the tooth marks.
Oh besides shoes, she likes coconut-scented Doh-Doh island Play-Doh, especially hot pink.
What a connoisseur I am raising!
marypops! said:for some real randomness here is the math on the great pyramids:
The Great Pyramid of Khufu from the Fourth Dynasty was a mathematical wonder:
It was laid out with geometric precision - a near-perfect square base, with sides of 230 meters that differ from each other by less than twenty centimeters, and faces that sloped upwards at an angle of 51º to reach an apex nearly 150 meters above the desert floor.
There are about 2,300,000 giant, heavy stone blocks in the pyramid, which are placed so close together that a knife blade can not be inserted between them! The sides of the square base have an error of less than 1/14,000, while the right angles have an error of less than 1/27,000.
Some people have made certain discoveries about the Great Pyramid, using maths:
When using the Egyptian cubit the perimeter is 365.24 - the amount of days in the year
When doubling the perimeter, the answer is equal to one minute of one degree at the equator
The apex to base slant is equal to 600th of a degree of latitude
The height x 10 to the power of 9 gives approximately the distance from the earth to the sun
The perimeter divided by 2 x the height of the pyramid is equal to pi - 3.1416
The weight of the pyramid x 10 to the power of 15 is equal to the approximate weight of the earth
When the cross diagonals of the base are added together, the answer is equal to the amount of time (in years) that it takes for the earth's polar axis to go back to its original starting point - 25,286.6 years
The measurements of the King's Chamber gives 2-5-3 and 3-4-5 which are basic Pythagorean triangles
for more info on this amzing -yawns- topic visit http://www.touregypt.net/featurestories/numbers.htm
JeanJoe said:The Dangers of Dr. Seuss
I was introducing DD3yo to the wonders of Dr. Seuss and rhyming, and was very proud when she started rhyming her own (mostly nonsense) words.
DD: "Daddy, I can rhyme! Rocket, locket, pocket, mocket, docket..."
Me: "Very good! That's great!!!"
DD: "Daddy, I can rhyme more! Luck, duck, muck, puck, buck..."
Me: "OK, let's play a different game now."
marypops! said:for some real randomness here is the math on the great pyramids:
The Great Pyramid of Khufu from the Fourth Dynasty was a mathematical wonder:
It was laid out with geometric precision - a near-perfect square base, with sides of 230 meters that differ from each other by less than twenty centimeters, and faces that sloped upwards at an angle of 51º to reach an apex nearly 150 meters above the desert floor.
There are about 2,300,000 giant, heavy stone blocks in the pyramid, which are placed so close together that a knife blade can not be inserted between them! The sides of the square base have an error of less than 1/14,000, while the right angles have an error of less than 1/27,000.
Some people have made certain discoveries about the Great Pyramid, using maths:
When using the Egyptian cubit the perimeter is 365.24 - the amount of days in the year
When doubling the perimeter, the answer is equal to one minute of one degree at the equator
The apex to base slant is equal to 600th of a degree of latitude
The height x 10 to the power of 9 gives approximately the distance from the earth to the sun
The perimeter divided by 2 x the height of the pyramid is equal to pi - 3.1416
The weight of the pyramid x 10 to the power of 15 is equal to the approximate weight of the earth
When the cross diagonals of the base are added together, the answer is equal to the amount of time (in years) that it takes for the earth's polar axis to go back to its original starting point - 25,286.6 years
The measurements of the King's Chamber gives 2-5-3 and 3-4-5 which are basic Pythagorean triangles
for more info on this amzing -yawns- topic visit http://www.touregypt.net/featurestories/numbers.htm
JeanJoe said:The Dangers of Dr. Seuss
I was introducing DD3yo to the wonders of Dr. Seuss and rhyming, and was very proud when she started rhyming her own (mostly nonsense) words.
DD: "Daddy, I can rhyme! Rocket, locket, pocket, mocket, docket..."
Me: "Very good! That's great!!!"
DD: "Daddy, I can rhyme more! Luck, duck, muck, puck, buck..."
Me: "OK, let's play a different game now."
lajones81 said:![]()
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As I teacher I find this absolutely hilarious!
Tishke said:Er....miss teacher???? Not to nitpick or anything, but your red bird counter needs a little subject-verb agreement fix![]()