Suppose a population growth is modeled by the logistic equation Q = 0.0113 0.00011132 sit with P(0) : 10. 1. What is the carrying capacity of this population? (a) 10 (c) 1.000 (b) 100 ((1) 10,000 2. What is the relative growth rate when the population is very small compared to the carrying capacity? (a) 0.0001 (c) 0.01 (b) 0.0002 (d) 0.02 3. What is the population after 500 years? (a) 35 (c) 94 (b) 70 (d) 500 4. What is the formula for the population after t years? (a) P(t) : ween-0\" (c) P(t) = $ (b) 130) = 10 (d) POE) = 100 1 +geOlt 1 _|_ log[LOU