Respuesta :
in inverese, when x increases, y deceases, when x decreases, y increses
we see that x increases for all choices
therefor the y values of the answer should be decreasing
first one is increasing, wrong
second is decreasing
third is also decreasing
fourth is increasing
look at second and third
remember
xy=k for inverse
so just solve for k for each and see if it is valid
second
1,60
(1)(60)=k
60=k
2,30
(2)(30)=60
60=60
true
therefor this is nswer
2nd option is answer
we see that x increases for all choices
therefor the y values of the answer should be decreasing
first one is increasing, wrong
second is decreasing
third is also decreasing
fourth is increasing
look at second and third
remember
xy=k for inverse
so just solve for k for each and see if it is valid
second
1,60
(1)(60)=k
60=k
2,30
(2)(30)=60
60=60
true
therefor this is nswer
2nd option is answer
The relationship that shows inverse variation is required.
The second relationship shows inverse variation.
In an inverse variation the product of x and y is constant
[tex]xy=k[/tex]
Let us check each option
[tex]1\times 3=3[/tex]
[tex]2\times6=12[/tex]
Not an inverse variation
[tex]1\times 60=60[/tex]
[tex]2\times 30=60[/tex]
[tex]3\times 20=60[/tex]
[tex]4\times 15=60[/tex]
It is an inverse variation
[tex]1\times15=15[/tex]
[tex]2\times13=26[/tex]
Not an inverse variation
[tex]1\times6=6[/tex]
[tex]2\times11=22[/tex]
Not an inverse variation.
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