Sarah went on a run. On her run she found 6 rocks. When she was going back home she found 7 more rocks. When she got home she re
1 answer:
You might be interested in
Short Answer C
Remark
You may think there is no way to resolve this. Either of the first two look like they might work and you cannot be sure what you will get with the last two unless you know.
The answer is one of the last two. The equation cannot have just one or even a large number of complex numbers. When you are factoring a polynomial, the number of complex numbers must be even.
The complex root you have is x + 2i. Its partner is x - 2i
The complete equation would be
y = (x - 2i)(x + 2i) (x - 2)(x + 4)(x - 4)
I'll edit to add the graph.
Remark
You may think there is no way to resolve this. Either of the first two look like they might work and you cannot be sure what you will get with the last two unless you know.
The answer is one of the last two. The equation cannot have just one or even a large number of complex numbers. When you are factoring a polynomial, the number of complex numbers must be even.
The complex root you have is x + 2i. Its partner is x - 2i
The complete equation would be
y = (x - 2i)(x + 2i) (x - 2)(x + 4)(x - 4)
I'll edit to add the graph.
Answer:
Common ratio, r=-3
Recursive Formula
Step-by-step explanation:
The formula for the geometric sequence: is given as:
<u>Common Ratio</u>
Dividing the next terms by the previous terms, we obtain:
Therefore, the common ratio of the sequence, r=-3
<u>Recursive Formula</u>
We observe that the next term, is obtained by the multiplication of the previous term. f(n-1) by -3.
Therefore, a recursive formula for the sequence is: