-5
Here come some awesome graphics!
1___6___2
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Here come some awesome graphics!
1___6___2
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__5___4
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____3
Here come some awesome graphics!
1___6___2
_\______/
__5___4
___\__/
____3
Here come some awesome graphics!
1___6___2
_\______/
__5___4
___\__/
____3
Here come some awesome graphics!
1___6___2
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__5___4
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____3
The first can be any one of 10 digits. For each of those . . .The second can be any one of the nine digits not the same as the first. For each of those . . .The third can be any one of the nine digits not the same as the second. For each of those . . .The fourth can be any one of the nine digits not the same as the third. For each of those . . .The fifth can be any one of the nine digits not the same as the fourth. For each of those . . .The sixth can be any one of the nine digits not the same as the fifth. For each of those . . .The seventh can be any one of the nine digits not the same as the sixth. For each of those . . .The eighth can be any one of the nine digits not the same as the seventh. For each of those . . .The ninth can be any one of the nine digits not the same as the eighth.The total number of possibilities is: (10 x 9 x 9 x 9 x 9 x 9 x 9 x 9 x 9) = 430,467,210 .If matching adjacent digits were allowed there would be 1,000,000,000 possibilities.So the restriction has eliminated 56.95% of them.
Divide each of the sides of the triangle into three. Join corresponding points on each pair of sides.
Nine Thousand, Nine Hundred and Ninety Nine = 9,999 = Four digits.
take three match for each triangle
99,999ninety-nine thousand, nine hundred and ninety-nine
The first can be any one of 10 digits. For each of those . . .The second can be any one of the nine digits not the same as the first. For each of those . . .The third can be any one of the nine digits not the same as the second. For each of those . . .The fourth can be any one of the nine digits not the same as the third. For each of those . . .The fifth can be any one of the nine digits not the same as the fourth. For each of those . . .The sixth can be any one of the nine digits not the same as the fifth. For each of those . . .The seventh can be any one of the nine digits not the same as the sixth. For each of those . . .The eighth can be any one of the nine digits not the same as the seventh. For each of those . . .The ninth can be any one of the nine digits not the same as the eighth.The total number of possibilities is: (10 x 9 x 9 x 9 x 9 x 9 x 9 x 9 x 9) = 430,467,210 .If matching adjacent digits were allowed there would be 1,000,000,000 possibilities.So the restriction has eliminated 56.95% of them.
123456789
Nonadactyl means having nine digits on each hand and/or foot (i.e. some aliens or monsters have nine digits on each hand and/or foot).
3.14159265
Divide each of the sides of the triangle into three. Join corresponding points on each pair of sides.
A nine point circle is constructed by starting off with a triangle. Draw 10 points on the triangle any equal distance from each other, and connect.
Nine Thousand, Nine Hundred and Ninety Nine = 9,999 = Four digits.
take three match for each triangle
99,999ninety-nine thousand, nine hundred and ninety-nine
4
9.09
100,000,000 = nine digits.