(Will medal and fan with testimonial if helped.) What is the slope of the line whose equation is –48 = 2x − 8y?
Hi!, to find the slope, we have to change the equation to slope intercept form.\[y=mx+b\]
How do we do that?
And what does the "m" in the formula you just stated stand for.
m stands for slope
you have to solve for y to put it in the slope intercept form
Alright.
let me know what you get and i'll send how i did it
Ok.
Let's do this shall we? \[-48=2x-8y\] add 8y to both sides.\[-48+8y=2x\] Now, we're going to add 48 to both sides in order to get the y alone.\[8y=2x-48\] From here, we have to divide all numbers by 8, so that we have just y. \[y=\frac{ 2 }{ 8 }x-\frac{ 48 }{ 8 }\] We can simplify this, so we get\[y=\frac{ 1 }{ 4 }x+6\] Remember, m is the slope, so as you can see, the slope of the line would be \[\frac{ 1 }{ 4 }\]
That's it! That is the answer :) Hope I helped.
Mind if I take a screenshot of your response to use later? @steve816
Sure!
|dw:1442349051561:dw|
theres another just in case you need it lol
Alright thank you.
\(~~~~~~~~~~~~~~~~~~~~~~~~~~\Huge{\color{red}{\heartsuit}\color{orange}{\bigstar}\color{yellow}{\heartsuit}\color{green}{\bigstar}\color{blue}{\heartsuit}\color{purple}{\bigstar}\color{hotpink}{\heartsuit}}\)\(\Huge\bf\color{#FF0000}W\color{#FF4900}e\color{#FF9200}l\color{#FFDB00}c\color{#FFff00}o\color{#B6ff00}m\color{#6Dff00}e\color{#24ff00}~\color{#00ff00}t\color{#00ff49}o\color{#00ff92}~\color{#00ffDB}O\color{#00ffff}p\color{#00DBff}e\color{#0092ff}n\color{#0049ff}S\color{#0000ff}t\color{#2400ff}u\color{#6D00ff}d\color{#B600ff}y\color{#FF00ff}!\)\(~~~~~~~~~~~~~~~~~~~~~~~~~~\Huge{\color{red}{\heartsuit}\color{orange}{\bigstar}\color{yellow}{\heartsuit}\color{green}{\bigstar}\color{blue}{\heartsuit}\color{purple}{\bigstar}\color{hotpink}{\heartsuit}}\)\(\Large\bf\color{Lime}{Please,\ don't\ hesitate\ to\ ask\ questions!}\)\(\Large\bf\color{magenta}{We're\ here\ to\ help!}\Large\color{magenta}{\ddot\smile}\)
Join our real-time social learning platform and learn together with your friends!