SOLUTION: Write the logarithmic expression as a sum or difference of logarithms.
ln [(2x sqrt x^2+1)/(x+3)]
all of x^2+1 is inside the square root
So far I have ln(2) + ln(x) - ln(x+3
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-> SOLUTION: Write the logarithmic expression as a sum or difference of logarithms.
ln [(2x sqrt x^2+1)/(x+3)]
all of x^2+1 is inside the square root
So far I have ln(2) + ln(x) - ln(x+3
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Question 1056096: Write the logarithmic expression as a sum or difference of logarithms.
ln [(2x sqrt x^2+1)/(x+3)]
all of x^2+1 is inside the square root
So far I have ln(2) + ln(x) - ln(x+3)
I think ln(x+3) stays the same, but that square root stuff is really confusing. thank you to whoever helps me out! Answer by ikleyn(52803) (Show Source):
You can put this solution on YOUR website! .
Write the logarithmic expression as a sum or difference of logarithms.
ln [(2x sqrt x^2+1)/(x+3)]
all of x^2+1 is inside the square root
So far I have ln(2) + ln(x) - ln(x+3)
I think ln(x+3) stays the same, but that square root stuff is really confusing. thank you to whoever helps me out!
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------------------------- Comment from student: Thank you so much for helping me out. The explanation to the logarithm math question
was answered by you extremely well. I understood everything (:
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