There is more than one solutions for this. eg If you allow 0 to be odd 1 monkey ate the all. or 1 monkey ate 13, 1 monkey ate 7, 1 monkey ate 5.
The total number of integers between 100 and 300 that are divisible by three is 66.
Average of three = 20 so total of three = 60; 60 - (28 + 15) = 60 - 43 = 17
The mean times three will be the total of all three numbers. Multiply the mean times three and subtract the sum of the two numbers from that total.
The smallest consecutive three numbers that total 120 are... 39, 40 & 41.
There are not just three numbers but infinitely many. In fact, there are as many numbers between 699 and 700 as there are in total! Anyway, 699.000000000000001, 699.00000000006875 699.6 are three.
Total number of choices for 3 initials = 263 Number with all three different = 26*25*24 (assuming ABC is not the same as ACB) So number with two or three alike = Total - number with no matches = 263 - 26*25*24 = 17576 - 15600 = 1976
64
The total number of edges is three times the number of edges on the base.The total number of edges is three times the number of edges on the base.The total number of edges is three times the number of edges on the base.The total number of edges is three times the number of edges on the base.
360
2 monkeys = 4 legs 4 pigs = 16 legs 3 chickens = 6 legs 26 legs total
54...
There are several more monkeys in the temple. There's a total of 7. You have to find them all before you can kill the boss.
(number of different ways it can succeed) divided by (total number of different ways it can happen)
55 + 56 + 57.
28 unless you consider a monkey's forepaws to be 'hands' instead of feet, in which case it would be 24.
Isotopes must have the same atomic number, which is the number of protons. The atomic mass, which is the total number of protons and neutrons, varies for the different isotopes. so it should have different mass numbers..
The total number of integers between 100 and 300 that are divisible by three is 66.