Question

Please Help

Answer 1

@Qwertty123

Is this what you where talking about ?

if not can i do this way

Answer 2

https://www.youtube.com/watch?v=5bxunW2V854

Answer 3

@Atsie @Aveline @batmano3 @FortyTheRapper @gabbyalicorn @heyyyyitsholly @ILovePuppiesLol @mathmale @MrCoolGuy @PixieDust1 @quickstudent @rebeccaxhawaii @UliNK

Answer 4

I have to go eat i'll be back but while i'm gone could some please help me

Answer 5

\(\begin{array}{ccllll}
x&y\\
(input)&(output)
\\\hline\\
{\color{red}{ 2}}&{\color{blue}{ 225}}\\
{\color{red}{ 5}}&{\color{blue}{ 480 }}
\end{array}
\\ \quad \\
\begin{array}{lllll}
&x_1&y_1&x_2&y_2\\
% (a,b)
&({\color{red}{2}}\quad ,&{\color{blue}{ 225}})\quad
% (c,d)
&({\color{red}{ 5}}\quad ,&{\color{blue}{ 480}})
\end{array}
\\\quad \\
% slope = m
slope = {\color{green}{ m}}= \cfrac{rise}{run} \implies
\cfrac{{\color{blue}{ y_2}}-{\color{blue}{ y_1}}}{{\color{red}{ x_2}}-{\color{red}{ x_1}}}
\\ \quad \\
% point-slope intercept
y-{\color{blue}{ y_1}}={\color{green}{ m}}(x-{\color{red}{ x_1}})\qquad \textit{plug in the values and move everything to left-side}\\
\qquad \uparrow\\
\textit{point-slope form}\)