2,346,192,648
100+1+1+1=103
No.-1
Any number raised to the power of zero is always equal to 1
x-1 = 1/x
Hermitian matrix defined:If a square matrix, A, is equal to its conjugate transpose, A†, then A is a Hermitian matrix.Notes:1. The main diagonal elements of a Hermitian matrix must be real.2. The cross elements of a Hermitian matrix are complex numbers having equal real part values, and equal-in-magnitude-but-opposite-in-sign imaginary parts.
1 = 13; -1 = (-1)3.
No. All real numbers, when raised to the power zero, are equal to 1. Even zero to the zero is equal to 1.
If you raise 2 to an infinite power, you get a higher-order infinity. It is still infinity, but a larger number. For example, 2 to the power beth-0 is equal to beth-1; 2 to the power beth-1 is equal to beth-2, etc. Beth-0 is the infinity of counting numbers and integers, beth-1 is the infinity of real numbers, and with beth-2, it gets a bit hard to visualize. Among other things, beth-2 is the infinity of all possible functions over real numbers.
Yes
This is equal to 1. On the Wikipedia page for imaginary numbers, they have a table, but here is a summary for in: n value of i^n -- ------ -4, 1 -3, i -2, -1 -1, -i 0, 1 1, i 2, -1 3, -i 4, 1 Notice there is a repeating pattern.
0
There is no pair of real numbers or pure imaginary numbers that can do that.The pair that can is the conjugate pair of complex numbers [ 1/2 ± 1/2 sqrt(79) i ] .
All (ordinary) numbers to the power of 0 are equal to 1. 180 = 1
Yes, -1 and 1 are real numbers. Real numbers consist of irrational numbers, rational numbers and integers.
There are no 'real' numbers that can do that. The numbers are 3 + j sqrt(3) and 3 - j sqrt(3). ( ' j ' is the square root of negative 1 )
1+4 2+3 3+2 4+1 5+0
Both 30 and 20 are equal to 1. Any real number raised to the zero power is 1.