3. Complete the following questions related to life tables: A. Complete the following life table by providing the information requested: SX LX LxBx AGE #1 CLASS INDIVIDUALS X[LxBx) # SURVIVING TO NEXT AGE CLASS? # NEW POPULATION OFFSPRING CENSUS PRODUCED? AFTER 1 YEAR 0 1.0 1 O Nm 30 25 25 15 12 10 8 0 1 3 3 2 1 1 4 5 6 7 (note: you need to fill in the columns for # surviving to next age class, # new offspring produced, population census after 1 year, Ix, b, and x(lb) B. Calculate the following from the above life table data: Net reproductive rate, generation time, geometric growth rate, and intrinsic rate of increase. Is this population increasing, decreasing, or stable? Show your work in order to potentially receive partial credit. 3. Complete the following questions related to life tables: A. Complete the following life table by providing the information requested: SX LX LxBx AGE #1 CLASS INDIVIDUALS X[LxBx) # SURVIVING TO NEXT AGE CLASS? # NEW POPULATION OFFSPRING CENSUS PRODUCED? AFTER 1 YEAR 0 1.0 1 O Nm 30 25 25 15 12 10 8 0 1 3 3 2 1 1 4 5 6 7 (note: you need to fill in the columns for # surviving to next age class, # new offspring produced, population census after 1 year, Ix, b, and x(lb) B. Calculate the following from the above life table data: Net reproductive rate, generation time, geometric growth rate, and intrinsic rate of increase. Is this population increasing, decreasing, or stable? Show your work in order to potentially receive partial credit