410, 820, 1230, 1640, 2050, 2460, 2870, 3280, 3690, . . .
410 is divisible by 1, 2, 5, 10, 41, 82, 205, and 410.
No number between 55 and 101 is a multiple of 410, though some are multiples of 20. 60, 80 and 100 are the multiples of 20 in that range, but none of them are multiples of 410. So no number between 55 and 101 is a multiple of 410 and 20.
I guess you mean what numbers divide 410 [exactly], ie what are the factors of 410. The factors of 410 are: 1, 2, 5, 10, 41, 82, 205, 410
The numbers which are multiples of 205 (eg 410)
82 164 246 328 410
82, 164, 246, 328, 410.
205, 410, 615, 820, 1025.
The first six positive integer multiples of 410 are: 1 x 410 = 410 2 x 410 = 820 3 x 410 = 1230 4 x 410 = 1640 5 x 410 = 2050 6 x 410 = 2460 7 x 410 = 2870 8 x 410 = 3280 9 x 410 = 3690 10 x 410 = 4100
41, 82, 123, 164, 205, 246, 287, 328, 369, 410, 451, . . .
82, 164, 246, 328, 410, 492, 574, 656, 738, 820.
410, 615, 820, 1025, 1230; 205*2=410 205*3=615 205*4=820 205*5=1025 205*6=1230
The pattern rule for the sequence 460, 435, 410, 385, 360 involves subtracting consecutive multiples of 25. Specifically, the first term (460) subtracts 25 to get the second term (435), then 25 again to get the third term (410), and so on. Each subsequent term decreases by 25, resulting in a consistent decrease throughout the sequence.