SOLUTION: Use the Change of Base formula to evaluate {{{ log(4) 20 }}}. Then convert {{{ log(4) 20 }}} to a logarithm in base 3.
A) 2.161; {{{ log(3) 15 }}}
B) 2.996; {{{ log(3) 10.741
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-> SOLUTION: Use the Change of Base formula to evaluate {{{ log(4) 20 }}}. Then convert {{{ log(4) 20 }}} to a logarithm in base 3.
A) 2.161; {{{ log(3) 15 }}}
B) 2.996; {{{ log(3) 10.741
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Question 308969: Use the Change of Base formula to evaluate . Then convert to a logarithm in base 3.
A) 2.161;
B) 2.996;
C) 1.301;
D) 2.161; Answer by stanbon(75887) (Show Source):
You can put this solution on YOUR website! Use the Change of Base formula to evaluate .
= log(20)/log(4) = 2.1610
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Then convert to a logarithm in base 3.
2.1610 = log3(x)
x = 3^2.1610
x = 10.741
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Cheers,
Stan H.
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A) 2.161;
B) 2.996;
C) 1.301;
D) 2.161;
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