Answer: The given series neither converges nor diverges.
Step-by-step explanation: We are given to determine whether the following series converges or diverges :
If the series converges, we are to find its sum.
The given series can be written as :
We note that the given series is a geometric one with first term 1 and common ratio given by
We know that a geometric series with common ratio r converges if |r| <1 and diverges if |r| > 1.
Since |r| = 1 for the given series, so the series will neither converge nor diverge.
Thus, the given series neither converges nor diverges.
The correct answer to this question is The exponents on Expression #2 are greater than the exponents of Expression #1.
Expression #1
<span>(3x^2) 3x^2
This is just equal to 9x^4.
</span>Expression #2
<span>(3x2)^2 x^2
</span>This is just equal to
= 9x^4 * x2
= 9x^6
The exponent in expression 2 is greater than the exponent in expression 1
Answer:
<h2>24j - 16 = 8(3j - 2)</h2>
Step-by-step explanation:
The distributive property: <em>a(b - c) = ab - ac</em>
24j - 16 = (8)(3j) - (8)(2) = 8(3j - 2)
The answer is:19.52.
Hopefully this has helped! :)