Observing The Following Pattern, form 5 more numbers
43 = 4^2+3^3
135 = 1^1+3^2+5^3
518 = 5^1+1^2+8^3
2427 = 2^1+4^2+2^3+7^4
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a b c = a^1 + b^2 + c^3
99 a + b (10 - b) = c ( C+1)(c-1)
Applying some limits of 0 <= b <= 9 and 0 <= C<= 9 0 <= a <= 9
for a = 0, 0 6 3 = 0^1 + 6^2 + 3^3
for a = 1 , 1 7 5 = 1^1 + 7^2 + 5^3
for a = 5 5 9 8 = 5^1 + 9^2 + 8^3
In three digits the above are the only other numbers other than given numbers in the question.
So we find in 4 digit numbers.
a b c d = a^1 + b^2 + c^3 + d^4
999 a + b (100 - b) = d (d-1)(d^2+d+1) + c (c^2 - 10)
It is not easy to solve this easily.
99 a + b (10 - b) = c ( C+1)(c-1)
Applying some limits of 0 <= b <= 9 and 0 <= C<= 9 0 <= a <= 9
for a = 0, 0 6 3 = 0^1 + 6^2 + 3^3
for a = 1 , 1 7 5 = 1^1 + 7^2 + 5^3
for a = 5 5 9 8 = 5^1 + 9^2 + 8^3
In three digits the above are the only other numbers other than given numbers in the question.
So we find in 4 digit numbers.
a b c d = a^1 + b^2 + c^3 + d^4
999 a + b (100 - b) = d (d-1)(d^2+d+1) + c (c^2 - 10)
It is not easy to solve this easily.
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