Fan and medal.
x1,y1 =2,25 x2,y2= 4,50
any luck finding slope for B?
Not yet, still working on A
choose all the options which has greater slope than what you found for B
Alright. Hold on.
Actually just saw that the table is for B and not A
How do i get the slope for B? I'm not used to doing slope for things that aren't on a graph.
you just need 2 points to get the slope
\(\Large m =\dfrac{y_1-y_2}{x_1-x_2} \)
from the table you can choose ANY 2 points say if you choose x1,y1 =2,25 x2,y2= 4,50
then your slope equation will look like \(\Large m =\dfrac{y_1-y_2}{x_1-x_2} = \dfrac{25-50}{2-4} = \)
Ohhh, so pretty much i turn it into that, okay. Hold on.
\[\frac{ 25 }{ 4 }\] Right?
4 or 2 ?
denominator should be 2 m =25/2 =12.5
2 sorry i completely forgot about the bottom part
all slopes greater than 12.5 from the choices are your answers :)
Alright, thankss.
welcomess ^_^
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