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Mathematics 16 Online
OpenStudy (shelld93):

Find the gradient and y-intercept of the line below

OpenStudy (shelld93):

OpenStudy (epoweritheta):

y intercept is 8

OpenStudy (anonymous):

didn't we do this one before? this exact same problem?

OpenStudy (epoweritheta):

x intercept is 1

OpenStudy (shelld93):

Not really. You said its tricky because they line up differently and then i never heard from you again :/ And many others have just confused me to the point of no return

OpenStudy (anonymous):

this was the tricky one because the scale is different on the axes over one, down eight

OpenStudy (anonymous):

slope is therefore \(-8\)

OpenStudy (epoweritheta):

now slope is -8

OpenStudy (shelld93):

so then the gradient is -8 over 1

OpenStudy (anonymous):

clear? yes, but don't write "over 1" because your math teacher will think you are daft \[\frac{-8}{1}=-8\]

OpenStudy (shelld93):

yeah i just spell stuff out on here. and i really confused as to what exactly the y intercept is is it the point that the lines runs through the y axis ?

OpenStudy (anonymous):

yes

OpenStudy (shelld93):

which makes it 8

OpenStudy (anonymous):

yes

OpenStudy (shelld93):

then the equation would be y=-8x + 8

OpenStudy (anonymous):

yes

OpenStudy (shelld93):

thank you ! ive had so many people come at me all at once with this question that I never understood a bit of it.

OpenStudy (shelld93):

thanks heaps.

OpenStudy (anonymous):

is it clear now? is there another you would like to do?

OpenStudy (anonymous):

yw heaps

OpenStudy (shelld93):

uh one sec and ill check whats next

OpenStudy (shelld93):

theres another question I have posted that has been really unclear and i dont know why my answer is different to googles.

OpenStudy (shelld93):

Draw the graph of the line that passes through the point (0, –9) and has a gradient of 4.

OpenStudy (anonymous):

ok we can do that

OpenStudy (anonymous):

so the equation will be \(y=4x-9\) right?

OpenStudy (shelld93):

|dw:1402024115293:dw| thats how i started. yep i got the equation.

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