An inequality is shown. 12 + 11/6x ≤ 5 + 3x What is the solution set
http://openstudy.com/study#/updates/56c6633ae4b0d0b671577ea0 so.. if you were to solve \(\bf 12+\cfrac{11}{6x}= 5+3x\) for "x" what would it look like?
x ≤ 6/13? The x next to the 6 should be next to the entire fraction.
in short, you pretty much, simplify the iniequality, in the same way you would, an EQUALity, or EQUATion there's only a minor difference, is all, but is basically about the same
x ≤ 6/13? <-- well, that's not an equation though did you mean x = 6/13?
If you solve for x with it, the result is x ≥ 6.
well... work it as an equation, that is, as \(\bf 12+\cfrac{11}{6x}= 5+3x\) see what you get for "x" :)
ohhh hmm that is \(\bf 12+\cfrac{11}{6}x= 5+3x\)
hint: multiply both sides by 6
So if I'm correct, I am supposed to multiply the 12 by 6. I just don't remember how to multiply the other side.
so the other side will be 6(5+3x) yes ?
So 6 x 8x?
no 6*5 +6*3x = ?
18x + 30? Which would continue to 48x?
no because you not can assuming aple with melon - yes ?
18x will be the term with unknowed x and 30 an integer
so this will be on the right side but dont forget the left side what will be ?
6 x 12?
yes 6*12 +11x ok.?
it would lead up to 11 x+72?
so these will be on the left side but there are again what you have calculed above for the right side can you rewrite them now like an equalitie ?
Would it be 11 x+72 > 18x + 30?
where you posted this exercise the leftside is less or equale by right side
so will be 11x+72 <= 18x+30
Ah, Okay.
can you solve it now ?
subtract from both sides 11x so like a first step
what will get ?
11x -11x +72 <= 18x-11x +30 can you continue ?
72<=7 x+30?
yes so now what will be the next step ?
subtract from both sides 30 so what will get ?
30 - 72<= 30 - 7 x+30?
no subtract from both sides mean 72-30 <= 7x+30-30
So 42 <= 7x? Since the +30 essentially gets removed by the -30?
yes - right so sure so now have got 42 <= 7x how you get the x ?
Not entirely sure to be honest.
can you solve it now for x ?
x>=6
yes so good - this is the right answer ok. ?
Thanks.
was my pleasure any time good luck bye
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