The only real 5 th root is -1.
But there are 4 complex roots. These are:
cos(x) + i*sin(x) where x = pi/5, 3*pi/5, 7*pi/5 and 9*pi/5 are angles measured in radians and i is the imaginary square root of -1.
1) 1 (5th root is 1)2) 32 (5th root is 2)3) 243 (5th root is 3)4) 1024 (5th root is 4)5) 3125 (5th root is 5)
(i)^4/5 is the same as taking the 5th root of i to the 4th power. (i)^4 = 1 and the 5th root of 1 is 1 so your answer is 1.
The 5th root is 20.
The 5th root of 400 = 3.314454
3130
The 5th root of 95 = 2.48625
No because the 5th root of 243 is 3
The 5th root of 31,253 = 7.92461811
sqrt[(-50x)5] = sqrt(-312500000x5) = ± 17677.6695*x2.5 * i where i is the imaginary square root of -1.
The 5th root of 64 = 2.297397
5th_rt(0.00032) = 5th_rt(25/2555) = 5th_rt(1/55) = 1/5 = 0.2
2.992556