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OpenStudy (anonymous):
sibtract simplify by removing a factor of 1 when possible
17ad/a^2-d^2 - a-d/a+d
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OpenStudy (anonymous):
\[{{17ad}\over{a^2-d^2}} - { { a-d} \over {a+d}} ?\]
OpenStudy (anonymous):
yes
OpenStudy (anonymous):
\[{ { 17 } \over { a - d} } - { { a- d} \over {a + d } }\]
OpenStudy (anonymous):
huh i dont understand what the next step is
OpenStudy (anonymous):
if your only job is to simplify it, you're done already
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OpenStudy (anonymous):
what about the a^2-d^2
OpenStudy (anonymous):
yeah but i also have to subtract as well
OpenStudy (anonymous):
multiply the right one with \[{ { a - d } \over { a - d } }\]
OpenStudy (anonymous):
and the left one by \[{ { a + d } \over { a + d } }\]
OpenStudy (anonymous):
that will match the denominator and then you can substract
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OpenStudy (anonymous):
im so lost i have no idean what you are saying so then would it be 17/a-d
OpenStudy (anonymous):
Sorry, but i need a piece of paper and a pen to really help you, maybe you should ask someone in RL to demonstrate it for you.
OpenStudy (anonymous):
the final answer would be this:
\[-{ { ( a^2 - 19ad + d^2 ) } \over { a^2 - d^2}}\]
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