I found the answer on Wolfram Alpha, input: ab = 208, a + b = 2. The answer is:
1 + 3i Times Square root of 23, and 1 minus 3i times square root of 23.
52 and 156.
There are an infinite number of answers to this question. Here are just two random examples for you: 13 * 4 = 52 208 * 0.25 = 52 and so on...
You can take out 13 sets of 16 from 220, since 16 multiplied by 13 equals 208. After taking out 208, you will have a remainder of 12. Therefore, the answer is 13.
208
One equivalent is 208/1.
226
To solve this problem, determine the paired factors of 208. 208 x 1 104 x 2 52 x 4 26 x 8 13 x 16 All of these pairs of numbers when multiplied together produce 208.
248
well if you do 208 times 28 equals 944
52 and 156.
There are an infinite number of answers to this question. Here are just two random examples for you: 13 * 4 = 52 208 * 0.25 = 52 and so on...
You can take out 13 sets of 16 from 220, since 16 multiplied by 13 equals 208. After taking out 208, you will have a remainder of 12. Therefore, the answer is 13.
208
1, 2, 4, 8, 13, 16, 26, 52, 104, 208Each pair of factors below, when multiplied, equals 208:(1, 208)(2, 104)(4, 52)(8, 26)(13, 16)
One equivalent is 208/1.
To multiply 234 by 52, you would first multiply the ones place of 234 (4) by 52, which equals 208. Next, you would multiply the tens place of 234 (3) by 52, which equals 1560. Finally, add these two products together to get the final answer of 12,168.
13 x 16 = 208