Important: Please use " ^ " to indicate exponentiation:
<span>"f(x) =x^2 to the number of x-intercepts in the graph of g(x) = x^2 +2."
Notes: the graph of f(x) = x^2 is a vertical parabola that opens up. It has its vertex at (0,0). This is the only point at which f(x)=x^2 has a horiz. intercept.
g(x) = x^2 + 2 has a graph that looks the same as that of f(x) = x^2, EXCEPT that the whole graph is moved 2 units UP. This new graph never touches or intersects the x-axis. Therefore, g(x) has NO horiz. intercepts (no x-int.).
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Answer:
heyjsjsbsjwskozkdndjsisjwjsks
In order to get the answer to this problem you will have to go to the thousands place value and look at the number next to the place value and if the number is greater then 5 then you round up which will give you your answer.
Which means your answer is "692,000."
Hope this helps.
Square inside the first parentheses,, then square outside both.
Answer: 2.25
Answer:
B
Step-by-step explanation:
just think logically about it.
you take f(x) (which stands for the result value y, you know that), do not change f(x) in any way but add finally 5 to every y value created.
there is no other effect than moving the whole f(x) curve up by 5 units, because every y value is now bigger by 5 units.
