a square pyramid have 4 axis of symmetry
* * * * *
I would have said only one: the line joining the vertex to the centre of the square base.
6
4
It not just has a line of symmetry; a perfect circle has an infinite number of lines of symmetry.
same
A square meter is three times as big as a square foot. 300 square meters is about fifty-two by fifty-two feet.
The air compresses. It is able to do this because air is a gas, so the molecules are spread out much more than in a liquid or solid. Here's an asci diagram of particle spacings for you:o = moleculeSolidooooooooooooooooooooooooooooooooLiquido o o o oo o o o oo o o o oo o o o oGas-----o------------o--o--------o---------oo---o-----------o---------o-----------o-o----------o------------o-----------------------o--- is just empty space (can't put in multiple spaces :P)
o Lines of source code produced per unit timeo Object code instructions per unit timeo Pages of documentation per unit time
O and X And H and I (Note "O" has many, actually an infinite number of, lines of symmetry)
Five.H , I , O , X( ' O ' has 2 lines of symmetry and more besides and ' X ' has 4 )
3
four
2 lines of symmetry
H,I,O,X Note that if you draw "O" as a perfect circle, it will have infinitely many lines of symmetry.
Not many. Depending on how you write, the letters L, O, Q, and X can have diagonal lines of symmetry.
If you are talking about a perfect circle, it has wan infinite number if lines of symmetry. If you are talking about and actual lower case o, then the answer is two.
none
An infinite number
Lower case "o" and "x" both have two lines of symmetry. Upper case letters with two lines of symmetry are: "O," "X," "H" and "I."
The letter 'O' has unlimited lines of symmetry .