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## How many combinations of lottery numbers are there?

If you do the math, there are 11,238,513 possible combinations of five white balls (without order mattering). Multiply that by the 26 possible red balls, and you get **292,201,338 possible Powerball number combinations**. At $2 per ticket, you’d need $584,402,676 to buy every single combination and guarantee a win.

## How many combinations are there for 3 numbers on the lottery?

There are, you see, 3 x 2 x 1 = 6 possible ways of arranging the three digits. Therefore in that set of **720 possibilities**, each unique combination of three digits is represented 6 times.

## What are the 5 most common lottery numbers?

Rd.com reports that the number “**23** tops the current list, with 57 draws since October 7, 2015. Also with more than 45 calls since then are the numbers 32, 61, 53, 69, 64, 3, 21, 27, 62 in descending order of popularity.”

## Is it possible to buy every lottery combination?

Thus, the odds of picking that perfect combination with a single ticket are **one in 292,201,338**. Each Powerball ticket costs $2. That means you could buy all the possible combinations of tickets for $584,402,676 — just under $585 million. You can also guarantee a jackpot win for Mega Millions.

## How do you win the UK lottery guarantee?

The only way to guarantee winning the lottery is **to buy enough tickets to cover every number combination**. For Lotto that would mean purchasing 45,057,474 tickets, and for EuroMillions you’d have to buy 139,838,160 lines.

## How do you find all the combinations with 3 numbers?

There are **3 x 2 x 1 = 6 ways** to arrange the three digits. In the set of 720 possibilities, each combination of three digits is represented six times. So let’s just divide by 6. 720/6 = 120.

## How many times can you arrange 3 letters?

Therefore, the number of ways in which the 3 letters can be arranged, taken all a time, is 3! = 3*2*1 = **6 ways**.

## How many combinations of numbers are there between 000 and 999?

The smallest 3 digit number I have is zero, written 000 and the largest is 999 and I have ever integer between 000 and 999. Thus I have 1,000 numbers or **1,000 possible combinations**.