Solve each equation using log properties. 1.logs (5x + 5)-log, (x - 1) = 0 2....

 

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Solve each equation using log properties. 1.logs (5x + 5)-log, (x - 1) = 0 2. Solve for a. log,4 + 2log a = 2log,(n + 1) I 3. The energy E. measured in kilocalones, to transport a substance from the outside to the inside of a living cell is modeled as: E = 1.4(log10C - log0C) where C, and C represent the concentrations outside and inside the cells, respectively. a. Write the equation in single logarithmic form. b. What is the energy needed to travel from the outside to the inside of the cell, if the concentration inside the cell is three times more than the outside? Solve each equation using log properties. 1.logs (5x + 5)-log, (x - 1) = 0 2. Solve for a. log,4 + 2log a = 2log,(n + 1) I 3. The energy E. measured in kilocalones, to transport a substance from the outside to the inside of a living cell is modeled as: E = 1.4(log10C - log0C) where C, and C represent the concentrations outside and inside the cells, respectively. a. Write the equation in single logarithmic form. b. What is the energy needed to travel from the outside to the inside of the cell, if the concentration inside the cell is three times more than the outside?