One way to see this is as follows:
1. When you multiply numbers with the same base, you add the exponents (i.e., (a^x)*(a^y) = a^(x+y)).
2. a^(-x) = 1/a^(x). For example, 2^(-1) = 1/2.
Therefore,
(a^x)*(a^(-x)) = a^(x-x) = a^0 (from the first point above)
AND
(a^x)*(a^(-x)) = (a^x)*(1/(a^x)) = 1 (from the second point above)
So, (a^x)*(a^(-x)) equals both a^0 and 1, and therefore a^0 equals 1.
The value of any nonzero number raised to the zero power will equal positive one (1).
1.1 x 10^0 (That's ten to the zero power). Any nonzero real number, raised to the zero power equals 1.
Any number raised to the power 0 equals 1.
It is always 1
== == The fact is - any nonzero number raised to 0 is always 1. the reason is: suppose a is nonzero. Then by the quotient rule of indices, am/an = am - n Taking m = n we come up with am - m = am/am , which is 1 in view of a nonzero.
Any nonzero number raised to the power of zero is equal to one (1).By definition.
The value of any nonzero number raised to the zero power will equal positive one (1).
Any number raised to the power of zero is always equal to 1
1.1 x 10^0 (That's ten to the zero power). Any nonzero real number, raised to the zero power equals 1.
ANY number raised to the power of 1 equals itself. Any number raised to the power of 0 equals 1.
Any number raised to the power 0 equals 1.
Any number except zero, raised to the power zero, equals 1. Zero to the power zero is not defined.Any number except zero, raised to the power zero, equals 1. Zero to the power zero is not defined.Any number except zero, raised to the power zero, equals 1. Zero to the power zero is not defined.Any number except zero, raised to the power zero, equals 1. Zero to the power zero is not defined.
The number 5.
The number is -3
It is always 1
20
5