I need help with all parts of exercises 3, 4, and 5 please and thank you!! (See attachment)

Exercise #3 Now imagine that you have been studying the population biology of wild turkeys on the UCSC campus for a number of years and have obtained the following information: A sample of 80 hens (female turkeys) in 2019 had the age structure shown in column 2 below (note this is not a cohort life table - it is a snapshot of a population in time). Additional longer- term studies of cohort survival and reproduction produced the information on age-specific survival probability I(x) and reproduction b(x) shown in columns 3 and 4 below. Age S(x) b (x ) 1(x) 0 35 0 1.0 WNP 19 2 0.54 13 4 0.37 8 4 0.23 UT 0.14 (a) Plot the natural log, LN, of I(x) (y axis) vs. age (x axis). (b) Does the survivorship pattern most closely resemble Type I, II, or III? (c) Calculate the net reproductive rate (Ro) (d) Is this population stable, increasing, or declining? (e) Calculate the generation time Exercise #4 Using the data from Exercise #3, project the age structure and total population size of the wild turkey population for 2020. You should end with a table that lists S(x) for each age. Age S(x) 0 NP TW Feeling a little stuck? See tutorial for "How To: Project Age-structured Population Size" that provides step-by-step instructions for this type of problem. Exercise #5 Was the population of wild turkeys in Exercise #3 and Exercise #4 at a stable age distribution in 2019? Why or why not? Hint: You will need to calculate the proportion of each age class within the total population for each year