To simplify the expression, we can start by simplifying the inside of the parentheses.
(z^-2/cdotz^8)^2 = [(1/z^2) * (1/z^8)]^2
Next, we can simplify the expression in the square brackets by combining the fractions:
[(1/z^2) * (1/z^8)]^2 = (1/z^10)^2
To raise a fraction to the power of 2, we square both the numerator and denominator:
(1/z^10)^2 = (1^2)/(z^10)^2 = 1/(z^20)
Therefore, the fully simplified expression is 1/(z^20).
fully simplify (z^-2/cdotz^8)^2
3 answers
wrong
Apologies for the mistake in the previous response. Let's simplify the expression correctly.
To simplify (z^-2 ⋅ z^8)^2, we can use the property (a ⋅ b)^n = a^n ⋅ b^n.
First, simplify the expression inside the parentheses:
z^-2 ⋅ z^8 = z^(-2 + 8) = z^6
Now, raise z^6 to the power of 2:
(z^6)^2 = z^(6 ⋅ 2) = z^12
Therefore, the fully simplified expression is z^12.
To simplify (z^-2 ⋅ z^8)^2, we can use the property (a ⋅ b)^n = a^n ⋅ b^n.
First, simplify the expression inside the parentheses:
z^-2 ⋅ z^8 = z^(-2 + 8) = z^6
Now, raise z^6 to the power of 2:
(z^6)^2 = z^(6 ⋅ 2) = z^12
Therefore, the fully simplified expression is z^12.