The Mathalot Company makes and sells textbooks. They have one linear function that represents the cost of producing textbooks and another linear function that models how much income they get from those textbooks. Describe the key features that would determine if these linear functions ever intercepted.
hey
idk this stuff i am sorry but i will help find someones that does know it
@chmvijay
Thanks you
@thomaster
@phi
How am I supposed to help you without any information? I am not given any info... and you keep tagging people here! Not good (!) , please post your info, if you have any.
The Mathalot Company makes and sells textbooks. They have one linear function that represents the cost of producing textbooks and another linear function that models how much income they get from those textbooks. Describe the key features that would determine if these linear functions ever intercepted
I read the question, I am not stupid.
That was me so why are you getting nasty with her
I didn't say you were stupid so calm down
who said you were stupid
Did I say you guys said I am stupid? Well, I said that reporting the question is no need.
re-posting, not reporting
\(\Huge\color{blue}{ \sf no~~info~~=~~can }\)\(\Huge\color{blue}{ \cal ' }\)\(\Huge\color{blue}{ \sf t~~help }\)
then leave
If you ain't going to help then get off my post
Sorry for disturbing you guys, I am out.
ok
There IS enough info in the problem statement to come up with a solution. The Mathalot Company makes and sells textbooks. They have one linear function that represents the cost of producing textbooks and another linear function that models how much income they get from those textbooks. Describe the key features that would determine if these linear functions ever intercepted. Two straight lines intersect at ONE point only if ... what? What about the y-intercepts of these two straight lines? What could you say about them?
ogh, I see... I always hated these type of questions that ask you for these concepts without any specific example or specific information.
I still don't get it
Hints: 1. If two linear equations have the same slope, but different y-intercepts, they will NEVER intersect. 2. If two linear equations have the same slope and the same y-intercept, they coincide (and have infinitely many intersections). 3. If two linear equations have different slopes, and are in the same plane, they WILL intersect at ONE point (they will have a unique solution). With this information, choose your own response to this question.
So it would be #3?
You will need to decide that for yourself.
@SolomonZelman You are disgusting
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