The sequence shown is defined by a function that generates <em>even</em> numbers equal or greater than 10, defined by the function s = 10 + 2 · (n - 1).
<h3>How to define the function behind a sequence</h3>
Sequences are sets of elements characterized by at least a rule. In this case, the sequence shown is characterized by a function that generates even numbers equal or greater than 10. The function behind the sequence is shown below:
s = 10 + 2 · (n - 1) (1)
Where n is the <em>element</em> index.
The sequence shown is defined by a function that generates <em>even</em> numbers equal or greater than 10, defined by the function s = 10 + 2 · (n - 1).
To learn more on sequences: brainly.com/question/21961097
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The answer would be +3 since ur adding 3 every time
Answer:
<h2>Solution: Since, the prime factors of 226 are 2, 113. Therefore, the product of prime factors = 2 × 113 = 226.</h2>
Step-by-step explanation:
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The solution is -0.609611 and -1.64, I do not think you can simply find this by factoring but the only way is graphing it
Y-5= 3(x-0)
Y-5= 3x
Y= 3x + 5
Hope this helps!
