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Geometry 14 Online
OpenStudy (anonymous):

Tell whether the equation represents direct variation. if it does, give constant variation. 2y-3x=0

OpenStudy (stefrheart):

okay first simplify it to y=kx

OpenStudy (campbell_st):

direct variation equations are in the form y = kx when k is the variation constant... can you put your equation into this form

OpenStudy (anonymous):

oooh i dont really know how to start it,

OpenStudy (campbell_st):

add 3x to both sides on the equation

OpenStudy (stefrheart):

well first add the -3x to both sides then divide the 2 on both sides to isolate the y

OpenStudy (anonymous):

2y=3x?

OpenStudy (stefrheart):

yes!

OpenStudy (stefrheart):

now isolate the y

OpenStudy (anonymous):

3x/2?

OpenStudy (stefrheart):

y=3/2x

OpenStudy (stefrheart):

now is it a direct variation?

OpenStudy (anonymous):

nooooo, .. . ?

OpenStudy (stefrheart):

why would you say that?

OpenStudy (anonymous):

wait, no. . it is a direct because if you graph it its gonna have to rise and then run and then soon the graph would collide right?

OpenStudy (stefrheart):

yes it is direct

OpenStudy (anonymous):

haha Thanks guys :)

OpenStudy (stefrheart):

welcome! :)

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