6.3

1)

Write the equation in exponential form. Assume that all constants are positive and not equal to 1. logy (z) uWrite the equation in exponential form. Assume that all constants are positive and not equal to 1. lash?) = 10 Fill in each box below with an integer or a reduced fraction. (a) log, 32 = 5 can be written in the form 24 = B where A = and B = (b) log, 125 = 3 can be written in the form 5" = D where C = and D =\fSolve: log, (n = 4 nWrite the equation in logarithmic form. Assume that all constants are positive and not equal to 1. 4m=p Rewrite each of the following equations: (Make sure to preview each answer) (a) Rewrite 2" - 32 as a logarithmic equation: (b) Rewrite log 0.0001 = - 4 as an exponential equation:Write the equation in logarithmic form. Assume that all constants are positive and not equal to 1. 10i=r Express the equation in logarithmic form: (a) 43 = 64 is equivalent to 10g4 A = B. A = l J and . 3= l i {b} 102 = 0.01 is equivalent to 10g10 C = D. C = i i D = i l \fIf 10g2(6x + 4) = 4, then :1;- = ' You may enter the exact value or found to 4 decimal places. \f\f