Asked by jessie
Compare the graphs of the inverse variations. Please provide at least 3 comparisons.
y = -0.2/x and y= -0.3/x.
i found -0.1/x , -0.15/x?
and -0.04/x, -0.06/x
and -0.0222/x , -0.0333/x
i'm not sure if i need to put " /x" every time at the end but i just wanted to know if my answers were correct please?
y = -0.2/x and y= -0.3/x.
i found -0.1/x , -0.15/x?
and -0.04/x, -0.06/x
and -0.0222/x , -0.0333/x
i'm not sure if i need to put " /x" every time at the end but i just wanted to know if my answers were correct please?
Answers
Answered by
Bosnian
Go on :
wolframalpha.c o m
When page be open in rectangle type:
plot y = - 0.2 / x , y = - 0.3 / x
and click option =
You will see graphs.
Some comparisons:
both are not defined for x = 0
both are hyperbolas
both have the same asymptotes: the y-axis,
both have the same limits when x→ 0 by the right and by the left: ±∞
both have the same limits when x→ ±∞: zero.
they never touch one to each other
wolframalpha.c o m
When page be open in rectangle type:
plot y = - 0.2 / x , y = - 0.3 / x
and click option =
You will see graphs.
Some comparisons:
both are not defined for x = 0
both are hyperbolas
both have the same asymptotes: the y-axis,
both have the same limits when x→ 0 by the right and by the left: ±∞
both have the same limits when x→ ±∞: zero.
they never touch one to each other
Answered by
jessie
so i went on the website you told me to go on.
i put the plot that you told me to and it gave me graphs but it didn't give me no comparison or anything just 3 graphs. so i'm a bit confused here
i put the plot that you told me to and it gave me graphs but it didn't give me no comparison or anything just 3 graphs. so i'm a bit confused here
Answered by
Bosnian
wolframalpha does not make a comparison.
From the graphs it's obvious what I wrote about the functions.
From the graphs it's obvious what I wrote about the functions.
Answered by
jessie
so the same limits... and the same asymptotes was the answer?
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