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ReneOh, what a delightful question we have here! To find the number of 3-digit numbers where the digits add up to 24, we can think of it as distributing 24 identical balls into 3 distinct boxes (digits) with each box having at least 1 ball. This is a classic stars and bars problem in combinatorics, and the answer is 26 ways. Just imagine those numbers blooming like happy little flowers on your canvas!
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How many 3-digit whole numbers have digits whose product equals 24?
-21
How many sums equal 24?
There is an infinite amount of numbers that can sum up to 24. Only 23, if you are just counting positive numbers.
What is the sum of all 4 digit numbers that can be formed using digits 0179no repetition?
To make this simpler, I'll assume that numbers with a leading zero like 0179 are "four digit numbers" for the purposes of this question. The number of such numbers that can be formed by those numbers without repeating one of the digits is 4x3x2x1 = 24. We could list them all and add them up, but let's instead just realize that we can choose any digit and put it in any position, and the other digits can then be arranged in 3x2x1 = 6 ways. So the sum for any position is (0+1+7+9)*6 = 102, and the sum of the set of "four digit" numbers is 102x1000+102x100+102x10+102 = 113322. You can figure out for yourself what the sum would be if you exclude the numbers that are really three digit numbers (hint: use the technique above to find the sum of the three digit numbers that can be formed using the digits 1, 7, and 9; then subtract that from the other total).
What are the numbers if The sum of a two numbers is 60 and the difference 24?
18 & 42
The sum of two numbers is 36 their difference is 24 find the numbers?
12
