3. The seeds of many tree species tend to have a higher \"landing density\" close to the tree, with some seeds making it to further distances due to dispersion by Wind or animals. It is also true, due to a_ numberof factors, seeds have a better chance of germinating as the distance between the seed and its parent tree increases. Assume that, for a given tree species, the seed landing density can be represented with the function: L0 = aD + bD'1 + c (seeds/m2) Where D is the distance (in m) from the tree. Also assume that the fraction of seeds that germinate (P) is a function of distance, specically: F=dDZ+eD At what distance D would you expect to find the greatest number of germinated seeds? Your answer should be in terms of a, b, c, _c_i_ and e