Your question is not exactly clear... well maybe one of these helps:
1^x = 1 (any x)
x^0 = 1 (any x)
0^y = 0 (any positive y)
Power = 5 = exponent. That is, exponent = 5.
Yes, one can be an exponent. Something to the first power is the base. For example, 4 to the 1st power is 4. 1,345,864,123 to the 1st power is 1,345,864,123. I hope this helps!
The exponent is 2 - from the SECOND power.
The exponent is five.
Any exponent to the power of zero is simply 1, with the exception of zero itself! Zero to the power of zero has no definitive answer, though it may sometimes be taken as equal to one.
Power = 5 = exponent. That is, exponent = 5.
Answer: 1 Something like 52 is called a power. The base is 5 and the exponent is 2. If the exponent is not given it is assumed to be one, so that 760 = 7601. The exponent is 1.
Yes, one can be an exponent. Something to the first power is the base. For example, 4 to the 1st power is 4. 1,345,864,123 to the 1st power is 1,345,864,123. I hope this helps!
The exponent is 2 - from the SECOND power.
The exponent.
The exponent is TWO.
The exponent is five.
7 to the sixth power in exponent form is 76
Any exponent to the power of zero is simply 1, with the exception of zero itself! Zero to the power of zero has no definitive answer, though it may sometimes be taken as equal to one.
To raise an exponent, you multiply the existing exponent by the new exponent. For example, if you have ( a^m ) and want to raise it to the power of ( n ), you would calculate ( (a^m)^n = a^{m \cdot n} ). This follows the power of a power rule in exponentiation.
No, you add the powers together.
Not sure what you're asking. Any number can be an exponent, like 1013, where 13 would be the exponent in this case. If you were given the number 13, and asked what the exponent was, the answer would be one (1), since any number to the 1 power equals that number, so 131 = 13, if no exponent is given then it is assumed to be one (1).