Yes, in some fonts. In the font used here, the 1s do not have rotational symmetry.Yes, in some fonts. In the font used here, the 1s do not have rotational symmetry.Yes, in some fonts. In the font used here, the 1s do not have rotational symmetry.Yes, in some fonts. In the font used here, the 1s do not have rotational symmetry.
n+1 (counting the empty string)
It is 11.
Since there are 6 numbers (1-6) on each die, and you're rolling it 5 times, the total number of possibilities is 65. You now have to find out, out of the total, how many possibilities fill your requirements. For 5 rolls of one the chance is 1/65. There are 5 possible sets of rolls where you'll get 4 1s (4 1s and a 2, 3, 4, 5, or 6). Lastly there are 25 possible sets of rolls where you'll get 3 1s (3 1s and a 2 and 2 or a 2 and 3 or a 2 and 4 etc). so adding up all the possibilities that is 31/65. That is a percentage of .4% or 4 out of 1000 rolls of all the dice you will get 3, 4, or 5 1s. Sounds like a yahtzee question.
3 2/3 Explanation: 6/6 = 1, so to write 22/6 as a mixed fraction, we find how many 1s we can make from it. 6/6 + 6/6 + 6/6 = 18/6, so that's three 1s. There are 4 sixths left over. 4/6 = 2/3. Three 1s and 2/3 is 3 2/3.
Well, isn't that a happy little question! If you take the number 99,999 and add 1,000 to it, you'll end up with 100,999. Just imagine that number as a beautiful little tree in your painting, adding depth and interest to your mathematical landscape. Remember, there are no mistakes in math, just happy little accidents!
There r 16 1s. Including the word one.
5 number 1s so far
4
19 of them.
42
1
1s + 1s + 1 = 2s + 1
6
4 different 1s
One million of them.
An atom can have only one 1s orbital. This orbital can hold up to a maximum of 2 electrons.