None. You do not have enough numbers to make even one combination.
Using the combination fuction, chose three numbers from 45 numbers. The answer is 14,190.
Any combination of numbers can win. Any combination has the same chance of winning. There is no way to know in advance which numbers will win, unless the lottery is (fraudulently) fixed, to make specific numbers win.
Pick any number at random from 1 to 58. Then pick another, and another etc. When you have six numbers stop. You now have a combination of 6 numbers. There are 40,475,358 such 6-tuples.
367
get the numbers and order them from biggest to smallest.
You arrange the numbers from highest to lowest, so the answer is 974.
None. You do not have enough numbers to make even one combination.
Using the combination fuction, chose three numbers from 45 numbers. The answer is 14,190.
Any combination of numbers can win. Any combination has the same chance of winning. There is no way to know in advance which numbers will win, unless the lottery is (fraudulently) fixed, to make specific numbers win.
Pick any number at random from 1 to 58. Then pick another, and another etc. When you have six numbers stop. You now have a combination of 6 numbers. There are 40,475,358 such 6-tuples.
367
There are 234 - 1 combinations. Each one of the 34 numbers can either be in a combination or not in it. The two-fold choice gives 234 possible options. However, one of these consists of the option where in each case the choice is "not in it". So you have a null combination. Excluding that combination leaves 234 - 1. Remember that in a combination, the order of the numbers does not matter.
A sum is made with a combination of several numbers - a single number cannot make a sum.
Without repeating, 4. With repeating, 8.
Just one. When considering combinations, the order of the numbers makes no difference. So there is only one combination with those 7 numbers.
X when x aproaches infinity. besides, we get to know from Archimedes principle, that there are infinite numbers, so even that "biggest counting number" has a number bigger than it. Bottom line: There's no such thing as the "biggest" counting number. Whatever number you name, no matter how big it is, all I have to do is add ' 1 ' to it and make a bigger number.