SOLUTION: Use the laws of logarithms to rewrite each expression as a single logarithm, do NOT evaluate.
1) log 4 + log 25
2)log(little 2) 4 - log (little 2) 2
3)4log(little 4) 2
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-> SOLUTION: Use the laws of logarithms to rewrite each expression as a single logarithm, do NOT evaluate.
1) log 4 + log 25
2)log(little 2) 4 - log (little 2) 2
3)4log(little 4) 2
Ev
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Question 797632: Use the laws of logarithms to rewrite each expression as a single logarithm, do NOT evaluate.
1) log 4 + log 25
2)log(little 2) 4 - log (little 2) 2
3)4log(little 4) 2
Evaluate your answers from problems above, show your setups (b^k=n).
1) evaluate solution to problem 1.
2)Evaluate solution to problem 2.
3) evaliate solution to problem 3.
4)5^x= 100 solve for x using logarithms (round to 3 decimal places.) Found 2 solutions by lwsshak3, Alan3354:Answer by lwsshak3(11628) (Show Source):
You can put this solution on YOUR website! Use the laws of logarithms to rewrite each expression as a single logarithm, do NOT evaluate.
1) log 4 + log 25
=log(4*25)
=log(100)
..
2)log(little 2) 4 - log (little 2) 2
..
3)4log(little 4) 2
..
Evaluate your answers from problems above, show your setups (b^k=n).
1) evaluate solution to problem 1.log(100)=2
2)Evaluate solution to problem 2.
3) evaliate solution to problem 3.
4)5^x= 100 solve for x using logarithms (round to 3 decimal places.)
xlog(5)=log(100)
x=log(100)/log(5)=2/log(5)≈2.861