Answer:
Step-by-step explanation:
Which viewing window boundaries would allow you to see all the intercepts and the maximum, as closely as possible, for the funct
ion y = –x2 + 3x + 20?
The minimum window boundary for the x-axis should be
The maximum window boundary for the x-axis should be
The minimum window boundary for the y-axis should be
The maximum window boundary for the y-axis should be
The minimum window boundary for the x-axis should be
The maximum window boundary for the x-axis should be
The minimum window boundary for the y-axis should be
The maximum window boundary for the y-axis should be
2 answers:
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The rule for the sequence is S(n) = 2S(n-1) - S(n-2)
Alternative form: S(n) = S(n-1) + 3
Step-by-step explanation:
In this problem, we know the first two terms of the sequence:
S(1) = 2
S(2) = 5
We are told that each term after the second is created by subtracting the term before the previous term from twice the previous term. In other words, if we call:
S(n) the current term
S(n-1) the previous term
S(n-2) the term before the previous term
This statement translates into the following sequence:
S(n) = 2S(n-1) - S(n-2)
Because we are subtracting the term before the previous term, S(n-2), from twice the previous term, 2S(n-1).
We can apply now the rule to find the first few terms of the sequence after S(1) and S(2):
We notice also that each term of the sequence is just equal to the previous term plus 3, so the sequence can also be written as
S(n) = S(n-1) + 3
Learn more about sequences:
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