It is +1
± 3 to the fourth power equals 81.
4 or -4 to the fourth power equal 256
I will be glad to give you a complex number. (i^i)^i is i raised to the i power and raised to the i power again. This is not the same as i^3 which is -i but computes to .947 + .321i
A biquadrate is a fourth power of a number, the square of a square.
10 to the 8th power. Note: you keep the base number the same and add the exponents if the base is the same number only. It's 100,000,000 or 100 million.
± 3 to the fourth power equals 81.
4 or -4 to the fourth power equal 256
Not sure about the Casio, but most calculators which have capability to handle complex numbers should be similar. Input the complex number according to however you normally do that, then raise to a power. In the case of roots, you want to raise to a reciprocal power: Square root is 0.5 power, cube root is 1/3 power, fourth root is 0.25 power, etc
If a number raised to the second power is squared and raised to the third power is cubed, I'm going to take a guess and say that a number raised to the fourth power is tesseracted.
I will be glad to give you a complex number. (i^i)^i is i raised to the i power and raised to the i power again. This is not the same as i^3 which is -i but computes to .947 + .321i
you would call this # to the fourth power
No it is ten to the negative fourth power. If the number is greater than 1 it is to a positive power, if the number is smaller thann 1 it is to a negative power.
± 2.828427
five
You could write "3 to the fourth" or "3^4" or 34.
when multiplying "to the power of" with tens, you just add up the zeros, so 10 to the fourth power would be 10,000.
The number is 400