The number of domestic feral rabbits in Nose Hill park can be modelled by the logarithmic function y = 400 - 38 • log x where y represents the number of domestic feral rabbits and x represents the time, in years, after 2000. Determine the domestic feral rabbit population in Nose Hill in 2010. In what year will there be 349 domestic rabbits?
The number of domestic feral rabbits in Nose Hill park can be modelled by the logarithmic function y = 400 - 38 • log x where y represents the number of domestic feral rabbits and x represents the time, in years, after 2000. Determine the domestic feral rabbit population in Nose Hill in 2010. In what year will there be 349 domestic rabbits?
Chapter6: Exponential And Logarithmic Functions
Section6.4: Graphs Of Logarithmic Functions
Problem 1SE: The inverse of every logarithmic function is anexponential function and vice-versa. What doesthis...
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The number of domestic feral rabbits in Nose Hill park can be modelled by the logarithmic function y = 400 - 38 • log x where y represents the number of domestic feral rabbits and x represents the time, in years, after 2000. |
Determine the domestic feral rabbit population in Nose Hill in 2010.
In what year will there be 349 domestic rabbits?
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