let a, b, c denote the three digits of the original number, then the three-digit number is 100a+10b+c. The reverse is 100c+10b+a. Subtract: (100a+10b+c)-(100c+10b+a) to get 99(a-c). Since the digits were decreasing, (a-c) is at least 2 and no greater than 9, so the result must be one of 198, 297, 396, 495, 594, 693, 792, or 891. When you add any one of those numbers to the reverse of itself, you get 1089
what multiplise to be 1089
Two thirds of 1089 is 726.
The square root of 1089 is 33, as 33 multiplied by 33 equals 1089. Therefore, 33 times 33 equals 1089.
24 goes into 1089 45.375 times
by doing math
1089 is a composite number because 363 X 3 = 1089, 1 X 1089 = 1089, and 1089 / 9 = 121.
11 × 99 = 1089
The answer is often 1089 in a specific mathematical trick involving a three-digit number. If you take any three-digit number where the digits are in descending order, subtract the reverse of that number, and then add the result to the reversed subtraction, you'll always end up with 1089. This works due to the properties of how numbers and their reversals interact, particularly with the constraints of carrying in addition.
1089 squared = 1,185,921
There are an infinite number of possible answers to this question. Here are two examples: 1 * 1089 = 1089 0.5 * 2178 = 1089.
The square root of 1089 is 33.
what multiplise to be 1089
Two thirds of 1089 is 726.
The factors of 1089 are: 1, 3, 9, 11, 33, 99, 121, 363, 1089.
1670-581=1089 So you would add 1089 to 581 to get 1670
33 33X33=1089
For the values: 1089 and 297 the LCM is: 3,267