At least one of the numbers must be negative since 1+3+5+7 = 16, which is too big.
Having accepted that, there are infinitely many ways:
1+1+9 + (-1)
1+3+9 + (-3)
and so on
1+5001+9 + (-5001)
and on
and on.
Or with 2 negatives:
1+11 -1 -1
1+13 -1 -3
1+15 -1 -5
1+15 -3 -3
etc
there are 36 ways to add up to
It would be 5 ways
19
There are many combinations of four numbers that can add up to 32. For example, one possible set of numbers is 8, 8, 8, and 8. Another combination could be 5, 10, 7, and 10. The specific numbers can vary based on the constraints or requirements given.
To find four numbers that add up to 22, we can set up an equation. Let the four numbers be represented by variables a, b, c, and d. The equation would be a + b + c + d = 22. Since we have four unknowns and only one equation, there are infinitely many solutions to this problem. One possible solution could be 5, 5, 6, and 6.
15
there are 36 ways to add up to
Ignoring the order of the primes, there is only one way.
There is an infinite number of ways three numbers can have the sum of 11
There are an infinite number of ways to do that.
It would be 5 ways
16
There are no such numbers.
1 + 3 + 5 + 71 there are many combinations
To find the percentage in a histogram you need to add the numbers together and divide how many numbers you have. For example, if you have four customers that spend $20, $25, $30, and $35, you would add the totals together and divide by four.
19
Infinitely many. If you restrict yourself to positive numbers only, but allow repetitions, then there are 15. If you disallow repetitions, only 2.