Would someone mind helping me with the last part of my algebra?
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OpenStudy (anonymous):
OpenStudy (anonymous):
OpenStudy (anonymous):
the work shown on the notebook paper is my answer for #3, I need help with #6.
OpenStudy (khalilforthewin):
which part
OpenStudy (khalilforthewin):
oh k
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OpenStudy (khalilforthewin):
but they arent even numbered
OpenStudy (khalilforthewin):
im sorry ill tag someone who can help u
OpenStudy (anonymous):
the Reflecting and Evaluating part is what I need help with
OpenStudy (khalilforthewin):
@january123
OpenStudy (january123):
Sorry hun, im bad at math dont wanna get u wrong
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OpenStudy (khalilforthewin):
hold on i got chu
OpenStudy (khalilforthewin):
there u go
OpenStudy (khalilforthewin):
@abb0t @Awolflover1
OpenStudy (khalilforthewin):
good luck robin is te smartest guy ik
OpenStudy (anonymous):
What part is the last part in that assignment?
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OpenStudy (khalilforthewin):
thats u
Awolflover1 (awolflover1):
o.o
OpenStudy (anonymous):
the Reflecting and Evaluating part, it's the last section in the second file I uploaded
OpenStudy (khalilforthewin):
we will talk about this later
OpenStudy (anonymous):
So another way to check to make sure that you got the correct area would be to just plug in some random number for x and calculate the area using:
\(\sf A =(x+7)^2-(x+5)^2\)
and then plug in the same value you had previously put in for x into:
\(\sf A = 2(2x+37)\)
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OpenStudy (anonymous):
You should get the same A value when you plug in the same x value into both equations.
OpenStudy (anonymous):
ohhh, that makes sense. I feel dumb for not realizing that lol, thank you so much!