Question 4- of 16 Step 1 of 3 A population of deer grows exponentially at a rate of 3.5 percent per year. The population was 3900 in 2005. Step 1 of 3: Find the exponential function that represents the population / years after 2005. Answer 2 Points 01:56:23 f(1) = 45 Keypad Keyboard Shortcuts > Next
Prev Question 4- of 16 Step 2 of 3 01:56:11 A population of deer grows exponentially at a rate of 3.5 percent per year. The population was 3900 in 2005. Step 2 of 3: What will the population be in the year 2013? Round up to the nearest whole animal. AnswerHow to enter your answer fopens in new window) 2 Points Ø Keypad Keyboard Shortcuts > Next F M P
Prev Question 4 - of 16 Step 3 of 31 01:55:55 A population of deer grows exponentially at a rate of 3.5 percent per year. The population was 3900 in 2005. Step 3 of 3: in what year will the population be 102007 Round to the nearest year. AnswerHow to enter your answer (opens in new window) 2 Points Ø Keypad Keyboard Shortcuts Next
< Prev Question 5- of 16 Step 1 of 1 How long does it take for $1050 to double if it is invested at 6.5 % compounded continuously? Round your answer to two decimal places. AnswerHow to enter your answer topens in new window) 2 Points years 01:55:43 Keypad Keyboard Shortcuts Next C htt Fi Mis Pe
< Prev < Prev Question 4- of 16 Step 1 of 3 A population of deer grows exponentially at a rate of 3.5 percent per year. The pop
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