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OpenStudy (anonymous):
@Leong
OpenStudy (anonymous):
@Leong its the same thing
OpenStudy (anonymous):
What are you looking for?
OpenStudy (anonymous):
p
OpenStudy (anonymous):
@Mikeyy1992 ?
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OpenStudy (sepeario):
Add the terms together?
OpenStudy (anonymous):
ok
OpenStudy (sepeario):
9p-15=4p
5p=15
p=?
OpenStudy (anonymous):
3 i allready know the answer i need help ith the steps
OpenStudy (anonymous):
@mathstudent55 @peachpi
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OpenStudy (anonymous):
@sepeario
OpenStudy (anonymous):
@satellite73
OpenStudy (mathstudent55):
Step 1. Combine all like terms where they are.
In your case, combine all like terms on the right side
\(9p-15=p+5p-2p\)
\(9p-15=4p\)
There are no like terms on the left side, so step 1 is done.
Ok so far?
OpenStudy (anonymous):
ok
OpenStudy (mathstudent55):
Step 2.
Now we want all terms with p on the left side, so we subtract 4p from both sides.
\(~~~9p-15=~~~4p\)
\(-4p ~~~~~~~~~~~~~-4p\)
We get:
\(5p - 15 = 0\)
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OpenStudy (mathstudent55):
Step 3.
Now we want the number (with no variable) on the right side, so we add 15 to both sides.
\(~~~5p - 15 ~~~= ~~~~~~0\)
\(~~~~~~~~+15~~~~~~~+15\)
We get:
\(5p = 15\)
Ok so far?
OpenStudy (anonymous):
yes then divide then 3 THANKS. ;)
OpenStudy (mathstudent55):
Correct.
Step 4.
We want p alone, so we divide both sides by 5
\(\dfrac{5p}{5} = \dfrac{15}{5} \)
\(p = 3\)