Use logarithmic differentiation to find dy dx Evaluate the integral. 19. fese (2x+5)dx for y x...

     

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Use logarithmic differentiation to find dy dx Evaluate the integral. 19. fese (2x+5)dx for y x 2x+3 (x-2) 20. In(x+1) dx x+1 22. -dx 23. 24. Calculators Allowed! A population of bacteria is changing at the rate of the initial population is 1000. a. dP 2000 " dt 1+0.2t b. Find the population after 10 days. where t is the time in days and Write an equation that gives the population at any time t. T Write the equation of the line tangent to the graph of y= ln (1+sin x) at x = 6 Use logarithmic differentiation to find dy dx Evaluate the integral. 19. fese (2x+5)dx for y x 2x+3 (x-2) 20. In(x+1) dx x+1 22. -dx 23. 24. Calculators Allowed! A population of bacteria is changing at the rate of the initial population is 1000. a. dP 2000 " dt 1+0.2t b. Find the population after 10 days. where t is the time in days and Write an equation that gives the population at any time t. T Write the equation of the line tangent to the graph of y= ln (1+sin x) at x = 6

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To find dydx for y x sqrt2x3 lnx2 using logarithmic differentiation well take the natural logarithm ... View the full answer