2,346,192,648
100+1+1+1=103
x-1 = 1/x
Any number raised to the power of zero is always equal to 1
13
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.
Yes
0
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.
Yes, -1 and 1 are real numbers. Real numbers consist of irrational numbers, rational numbers and integers.
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
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
Numbers that cannot be broken down any smaller. 2 is made of 1 and 1, but 5 is prime because there are no real (or whole) numbers multiplied together that equal five.
a + bi. a & b are both real numbers. the number i is the imaginary unit equal to the positive square root of -1.