The total number of multiples is infinite. Here are the first 10:
166, 332, 498, 664, 830, 996, 1162, 1328, 1494, 1660 . . .
The first three multiples of 83 are 83, 166, and 249.
There are 166 multiples in 500 (500/3=166r2)and 33 multiples in100(100/3=33 r1) if you subtract the later from the first.... 166-33=133
83, 166, 249, 332, 415 etc.
150. 100/ 6 = 16 2/3 so 17 x 6 = 102 is the first three digit multiple of 6 1000 / 6 = 166 2/3 so 166 x 6 = 996 is the last three digit multiple of 6 So there are 166 - 17 + 1 = 150 three digit multiples of 6.
There are 166 multiples of 6 in that range. There are 100 multiples of 10 in that range. There are 33 numbers on both lists. 266 - 33 = 233
There are 166 multiples of 6 in that range. There are 100 multiples of 10 in that range. There are 33 numbers on both lists. 266 - 33 = 233
You can list the multiples. The LCM of 4 and 6 is 12.4: 4, 8, 12, 166: 6, 12, 18
Oh, what a happy little question! To find the multiples of 4 and 6 below one thousand, we need to see how many times each number fits into 1000. For 4, we divide 1000 by 4 to get 250 multiples. For 6, we divide 1000 by 6 to get 166 multiples. But wait, we've counted the multiples of 24 twice, so we need to subtract those extras to find the total number of unique multiples.
To find out how many times the number 6 appears in 1000, you can divide 1000 by 6. The result is approximately 166.67, which means there are 166 complete 6s in 1000, with a remainder. Thus, there are 166 occurrences of 6 when counting whole multiples within 1000.
49.5% of 166= 49.5% * 166= 0.495 * 166= 82.17
The factors of 166 are: 1, 2, 83, 166
166 turned into a fraction = 166/1