Write in logarithmic form. 62 = 36 log23 6 = 6 log36 6 = 2 log6 2 = 36 log6 36 = 2 Write an equivalent expression in exponential form. log4 64 = 3 643 = 4 34 = 64 43 = 64 464 = 3 Solve the equation. log3 81 = x {27} {243} {4} {84} Write the expression as a sum, difference, or product of logarithms. Assume that all variables represent positive numbers. Show transcribed image text Write in logarithmic form. 62 = 36 log23 6 = 6 log36 6 = 2 log6 2 = 36 log6 36 = 2 Write an equivalent expression in exponential form. log4 64 = 3 643 = 4 34 = 64 43 = 64 464 = 3 Solve the equation. log3 81 = x {27} {243} {4} {84} Write the expression as a sum, difference, or product of logarithms. Assume that all variables represent positive numbers.

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Write in logarithmic form. 62 = 36 log23 6 = 6 log36 6 = 2 log6 2 = 36 log6 36 = 2 Write an equivalent expression in exponential form. log4 64 = 3 643 = 4 34 = 64 43 = 64 464 = 3 Solve the equation. log3 81 = x {27} {243} {4} {84} Write the expression as a sum, difference, or product of logarithms. Assume that all variables represent positive numbers.  Show transcribed image text Write in logarithmic form. 62 = 36 log23 6 = 6 log36 6 = 2 log6 2 = 36 log6 36 = 2 Write an equivalent expression in exponential form. log4 64 = 3 643 = 4 34 = 64 43 = 64 464 = 3 Solve the equation. log3 81 = x {27} {243} {4} {84} Write the expression as a sum, difference, or product of logarithms. Assume that all variables represent positive numbers.

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