I think you may be refering to the Greek symbol used in mathematics, the symbol of the ratio of the circumferance to the diameter of a circle
A pyramid wasn't so much a symbol of power, or else all high class people of the time would have had one. Instead it was made for two reasons: 1) It was a place where a pharaoh could be buried with all of his possession and those who were to follow him into his after life, to serve him, could be buried. 2) It was a 'landmark' of the pharaoh and his rule, each pharaoh wanted to be remembered, and to be remembered as the strongest one ever to rule, and this is why pyramids very in style and size. It has been speculated, but not proven, that pharaohs also used the pyramids in order to keep his 'subjects' to busy and tired from revolting against him/her. Also that the idea of working on a pyramid was a threat to anyone who messed up and pissed off the pharaoh. But like stated above; this is a speculation.
God made the dome to divide water from the Sky.
Well, in the ten commandments God says to have no idols above him. When you make anything more important to you than God, school, work, relationships, music, anything, then you are disobeying that commandment.
This phrase refers to the belief that God's power and capabilities exceed human understanding and imagination. It is a reminder to have faith and trust in God's ability to work beyond what we can imagine or request.
The Magi brought him precious gifts of gold, frankincense and myrrh. (Matthew 2:11) The context show that the Magi were paying tribute to the future King of the Jews. (Matthew 2:1,2) However, apart from that, the Bible does not appear to attach any additional or special meaning to those particular gifts of the Magi.Another perspective:The greatest significance of the gifts was their value. Immediately after the visit by the wise men, Joseph and Mary (who were not well-to-do) were told to flee to Egypt with Jesus and remain there for some time (Matthew 2:13). The costly gifts would have provided the financial means for them to do so.
JUST LIKE 2 DOTS.
The symbol you are referring to is the Caduceus, which is often mistakenly associated with the field of medicine. However, the correct symbol for medicine is the Rod of Asclepius, which consists of a single serpent entwined around a rod. The Caduceus is actually a symbol associated with commerce and negotiation.
Here's a picture: http://upload.wikimedia.org/wikipedia/commons/thumb/2/2e/Pi-symbol.svg/600px-Pi-symbol.svg.png
I guess you could say radius (r) and the symbol pi, and the number 2:Circumference = 2 * pi * rArea = pi * r^2
it means square root. Ö9 = 3
There were many of them, actually: The Eagle, of course, "three-dots-and-a-dash" ("V" for "victory"), Rosie the Riveter ("We Can Do It!"), and lots of others, but I don't recall any one symbol of American resolve that was used above all others.
a curve line on top and 2 tall curve lines under it
it's not Pi it's 2 T's joined together ie TT every T has a dot on top 2 T's with 2 dots means 2 tablets 1 T for 1 tablet 3 T for 3 tablets see http://www.englishforums.com/English/EnglishUsedPrescriptionWriting/bqkcn/post.htm
The Lewis symbol for a magnesium ion (Mg^2+) would consist of the symbol "Mg" with a 2+ charge shown as two dots next to the symbol to represent the loss of two electrons from the neutral magnesium atom.
C = 2 pi R = 9.42 R = 9.42 / (2 pi) A = pi R2 = pi [ 9.42 / (2 pi) ]2 = (9.42)2 pi / 4 pi2 = (9.42)2 / (4 pi) = 7.0614 (rounded) ======================================== I just thought of something: C = 2 pi R A = pi R2 = 1/2 (2 pi R) x (R) = 1/2 (2 pi R) x (1/2pi) (2 pi R) = C/2 x C/(2 pi) = C2 / (4 pi)Let's see if this gives the same answer as above: C2 / (4 pi) = (9.42)2 / (4 pi) = 7.0614 Yay ! Next time, I'll remember that the area is (circumference2) divided by (4 pi).
its a 2 lines and a wavy top over the two lines
A=pi*r^2 Or A=pi*(d/2)^2 The area of a circle is determined by squaring the radius, and multiplying this product by pi (approx. 3.1415926, represented by the symbol 'π'). In common mathematical terms, the area of a circle is represented by the expression π(r^2)