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OpenStudy (anonymous):
wx^2+wl/2-wx simplified to wlx/2-wx^2/2
can someone show me how they got there thanks!
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OpenStudy (anonymous):
is it :
\[wx^2 - (wl/2)\]?
OpenStudy (anonymous):
wx^2 - wl/2 - wx *
OpenStudy (anonymous):
is this the question?
OpenStudy (anonymous):
+wl/2
OpenStudy (anonymous):
lol okay ^^"
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OpenStudy (anonymous):
is it :
wx^2 + (wl/2-wx) ?
OpenStudy (anonymous):
yes
OpenStudy (anonymous):
are you sure of your answer? because I got in the end :\[wx^2 + wl\]
OpenStudy (anonymous):
could you show me how you got wx^2 + wl
OpenStudy (anonymous):
steps, first same denominator:\[= (wx^2(2-wx) + wl) /2-wx\]\[= (2wx^2 -w^2x^3 + wl)/2-wx\] then multiply by 2+wx up and down:\[= (2wx^2-w^2x^3+wl)(2+wx)/(2-wx)(2+wx)\]\[= (4wx^2-w^3x^4 + 2wl + w^2xl)/(2-wx)(2+wx)\] then factor by grouping :\[= [wx^2(4-w^2x^2) + wl(2 + wx)]/(2-wx)(2+wx)\]\[= [wx^2(2-wx)(2+wx) + wl(2+wx)]/(2-wx)(2+wx)\]\[= [(2+wx)(2-wx)(wx^2+wl)]/(2-wx)(2+wx)\]
simplify (cancel the commons) :
\[= wx^2 + wl\]
^_^ correct me if I'm wrong please .
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OpenStudy (anonymous):
thank you!!!
OpenStudy (anonymous):
a pleasure :)
OpenStudy (anonymous):
do you use a program to type the formulas?
OpenStudy (anonymous):
no, click on equation on your reply box and type the formula there ^_^
OpenStudy (anonymous):
"equation" *
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