Answer:
Explanation:
Part D
For d, the very first thing you need to do is figure out which one of the steps you are going to use. You have 2 in b^2 + 2, so even if b = 0 the two still matters. It means that you use f(x) = -x + 3 because that's what you use when you have 2 or above.
The second thing you have to realize is that f(x) = -x + 3 has the meaning of what ever you see on the left in the place of x, you put on the right wherever there is an x.
In this case f(b^2 + 2) = -b^2 - 2 + 3 = 1 - b^2
I'm not sure enough to give you an answer for the domain and range, not this time of night.
The Answer: (E) Retrieval
Answer:
The specification is characterized throughout the explanatory segment below, and according to the particular circumstance.
Explanation:
The 3 geometric distribution generalizations were also:
- For every prosecution, there have been multiple alternative results (successes and failures).
- Trials were indeed autonomous.
- Within each sentencing hearing, the likelihood of success seems to be the same.
Because the probability of substitute isn't constant through each shoot. Therefore, x doesn't ensure that the proposed geometric distribution.
The answer to this question is II
Answer:The rightsof the population were taken in favor of the colonizers
Explanation:
