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(1)Evaluate 54 base 6 +

1. logaB = 2 and logbC = 4, evaluate logcA*the lowercase letters are bases ie. log(base a)B 2. solve for x: (log(base 2)x))^3 =
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2. asked by randy
3. 496 views
Use the change-of-base formula to evaluate each logarithm correct to six decimal places.a. log base 3 of 18 b. log base 18 of 9
1. 1 answer
2. 85 views
1. Evaluate 4^(log base4 64) + 10^(log100)2. Write 1+log(base2)x^3 as a single logarithm 3. Write log(base b)√(x^3 y z^6) 4.
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2. asked by Jessie
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If log with base b (2)=0.39 and log with base b (3)=0.61 evaluate the following. log with base b (8). Simplify your answer. How
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2. asked by Ben
3. 733 views
given log 2 base 7 is 0,3562 and log 3 base 7 is 0,5646 evaluate log 42 base 7 without using calculator or tables
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2. asked by salome
3. 833 views
mathematically Evaluate without using tables 2 log base 10 raised 2 power 5 + log base 10 36 - log base10 9 that is, 2log10 5
1. 2 answers
2. asked by Daniel
3. 2,095 views
evaluate 54 base 6+ 506base 6giving your answer in base 6
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2. asked by buhlalu sibonginkosi
3. 319 views
Choose the bases that would form the codon that represents the amino acid Methionine (Met).(1 point) U C A G First Base U –
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2. asked by answers bc why not
3. 277 views
Evaluate log98(base 7)- log 30(base7)+ log 15(base 7)
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2. asked by Suzan
3. 97 views
Which option best describes how to show that the Product Rule of Logarithms works for the base 4 expressionlog 4 16 + log 4 4
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2. 19 views