Asked by Anonymous
Is the following function odd, even, or neither? Give reasons for your answer.
f(x) = 1/(x-1)
The textbook answer section explains that it is neither. I assumed it would be odd because the power of x is 1 which is odd.
f(x) = 1/(x-1)
The textbook answer section explains that it is neither. I assumed it would be odd because the power of x is 1 which is odd.
Answers
Answered by
oobleck
check to see whether
f(-x) = f(x). If so, it is even
So, check
1/(-x-1) = 1/(x-1)
it is clearly not even.
So, now check to see if it's odd: f(-x) = -f(x)
have at it.
f(-x) = f(x). If so, it is even
So, check
1/(-x-1) = 1/(x-1)
it is clearly not even.
So, now check to see if it's odd: f(-x) = -f(x)
have at it.
Answered by
Damon
f(x) = 1/(x-1)
it blows up when x = 1
a function f is even if f (-x) = f (x)
a function is odd if f (-x) = -f (x)
now try x = 2
f(-2) = f(2)???
1/(-2-1) = 1/(2-1)
1/-3 = 1/1 No, I think not odd then
but now
f(-2) = -f(2) ????
1/1 = - 1/1 No ! , Not even either
it blows up when x = 1
a function f is even if f (-x) = f (x)
a function is odd if f (-x) = -f (x)
now try x = 2
f(-2) = f(2)???
1/(-2-1) = 1/(2-1)
1/-3 = 1/1 No, I think not odd then
but now
f(-2) = -f(2) ????
1/1 = - 1/1 No ! , Not even either
Answered by
Anonymous
I have another question.
if a function has a larger exponent how does it affect its graph?
for example, if x^3 and x^6 are graphed. How can match each function to their graph.
if a function has a larger exponent how does it affect its graph?
for example, if x^3 and x^6 are graphed. How can match each function to their graph.
Answered by
oobleck
The highest power affects the graph.
odd powers go off to infinity in both directions because odd powers of negative numbers are negative
even powers look more like parabolas, maybe with wiggles near the vertex, but since even powers are always positive, they go up on both ends.
odd powers go off to infinity in both directions because odd powers of negative numbers are negative
even powers look more like parabolas, maybe with wiggles near the vertex, but since even powers are always positive, they go up on both ends.
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.