It is possible to select a polynomial of order 5 so that any number of your choice will come next! And there are other types of functions.
There is only one polynomial of order 4 that will fit these number and that is:
Un = (211n4 - 2188n3 + 8345n2 - 13844n + 9420)/24
and, for n = 6, it gives the next number as 1151.
330
365 would be next because you multiply the last number by three then subtract one.
The differences between the pairs of numbers up to that point are 31, 32, 33, 34. If the difference between the fifth number and the sixth number is equal to 35, that would make the next number equal to 122 + 243 = 265.
365.
61
330
The next number works out as 365
45
365 since the pattern is times three minus one
365 would be next because you multiply the last number by three then subtract one.
If 100-300 is inclusive, the answer is 41.
41 t(n) = (9n4 -110n3 + 477n2 -844n + 480)/12
123 / 300 = 0.41Converting decimal to a percentage: 0.41 * 100 = 41%
The next three primes greater than 41 are 43, 47, and 53.
50-300 usd
41
41