Algebra 2 help =)
What is the equation in standard form of the line which passes through (6, 3) and has a slope of two thirds? 2x + 3y = 3 2x − 3y = 3 3x + 2y = 3 3x − 2y = 3
hold on ill answer it
Thank you
i think its b
Slope(m)=23 Equation of line with one point given and a slope is given by: y−y1=m(x−x1) So: y−3=23(x−6) Multiply by 3 both the sides: 3y−9=2x−12 2x−3y=3
i just graphed it right now so i think its b
Alright, thanks guys! Would you all mind helping me with one more? :)
he y shelby think you can help me on my question
sure why not
isnt it 2 since thats how much it increased
yup its two
That's what I thought but wasn't sure. Thanks! There is also one more if you wouldn't mind :D
sure
im guessing your in flvs i am two i gotta finish the exam hehe
(I think my answers wrong, but idk)
Yeah I do flvs too, it sucks lol
lol im doing the semester 1 exam right now and im so confused ok ill help you hold on
youre right because basically its just looking for the slope so you go across three and down 4 so yeah your right
Oh... Cool! haha. Wow that must suck lol, I'm so far behind :/ what teacher do you have?
i have mrs snyder
how about you
oh I have mrs keating
oh what class are you taking im taking 9th grade algebra
oh im taking 10th grade algebra 2 :/
oh hey could u help with my question your older than me so u probably understand this question
well i actually didnt really take algebra 1 lol, but i could try
okay hold on let me get it
The equation below shows the perimeter f(x) of several rectangular side tables having width x inches: f(x) = 24 + 2x The perimeter of each table is less than 50 inches. Which of the following best describes the domain of f(x)? All integers greater than 0 and less than 13 All integers greater than 0 and less than 50 All real numbers greater than 0 and less than 13 All real numbers greater than 0 and less than 50
okay, give me a sec
thanks
i honestly dont have a clue
thanks anyways
sorry
its ok at least i helped with yours
thank you!
no problem merry christmas =^.^=
Merry Christmas!
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