Magic star numbers, often explored in recreational mathematics, involve arranging numbers in a star shape such that the sums of the numbers along each arm of the star are equal. Using the numbers 1 through 12, one can create a magic star by ensuring that the total of the numbers in each arm adds up to the same constant. For instance, a common approach is to use the basic properties of magic squares and number properties to achieve this balance. The sum of numbers 1-12 is 78, and thus each arm of a properly constructed magic star could sum to a value based on specific arrangements.
There are no such numbers. The sum of any three odd numbers must be odd. 112 is not.
Both composite 75 is divisible by 5 112 is divisible by 2 ... and other numbers
The prime factors of 112 are: 2 and 7
Three numbers that equal 112 could be 30, 40, and 42, as their sum is 30 + 40 + 42 = 112. Other combinations could also work, such as 20, 50, and 42. The specific numbers can vary, but they must add up to 112.
No
There are no numbers that equal 112, except for 112. Also, it's not possible to ADD three odd numbers and get 112 for their sum.
There are no such numbers. The sum of any three odd numbers must be odd. 112 is not.
The two numbers that equal 112 are 56 and 56. This is because when you add 56 and 56 together, you get 112. In mathematical terms, this can be represented as 56 + 56 = 112.
These are the whole numbers that go into 112 evenly: 1, 2, 4, 7, 8, 14, 16, 28, 56, 112.
There are infinitely many possible pairs of numbers. An easy pair to remember is 1 and 112.
8 and 112
Both composite 75 is divisible by 5 112 is divisible by 2 ... and other numbers
The prime factors of 112 are: 2 and 7
7 x 16 = 112.
The prime factors of 112 are 2 and 7
Three numbers that equal 112 could be 30, 40, and 42, as their sum is 30 + 40 + 42 = 112. Other combinations could also work, such as 20, 50, and 42. The specific numbers can vary, but they must add up to 112.
112 and 2 are 2 numbers