In MATLABs Language: Create a function that projects population based on static: Birth Rate (BR), Death Rate (DR), Annual Migration (Mann). A template for the function has been provided. Please do not change variable names as this will result in an incorrect answer.

Create a function that projects population based on static: Birth Rate (BR) Death Rate (DR) Annual Migration (Mann) A template for the function has been provided. Please do not change variable names as this will result in an incorrect answer. Function 1 Function [P]-popDynamics 1 fen(BR,DR, tinit, tfinal, delt, Pinit, Mann) 3 % case 1. M(t) is constant. Find P(t) history. 4 % SETUP 5 % tinit,tfinal, delt: time period of interest; delt, step size 6 % BR, birth rate 7 % DR, death rate 8% Mann, annual rate of migration (+: immigration, -emigration) 9% Pinit, initial population level 10 % RESULTS 11 % P, population history 13 % find nsteps and set up output dat 16 end Code to call your function 16 end Code to call your function W 1 BR=.15; 2 DR=.09; tinit=0; 4 tfinal=100; 5 delt=1; 6 Pinit=400; 7 Mann=-10; 600 9 [P]-popDynamics_1_fon(BR,DR, tinit,tfinal,delt, Pinit, Mann); 10 t-tinit:delt:tfinal; 12 plot(t,P) Create a function that projects population based on static: Birth Rate (BR) Death Rate (DR) Annual Migration (Mann) A template for the function has been provided. Please do not change variable names as this will result in an incorrect answer. Function 1 Function [P]-popDynamics 1 fen(BR,DR, tinit, tfinal, delt, Pinit, Mann) 3 % case 1. M(t) is constant. Find P(t) history. 4 % SETUP 5 % tinit,tfinal, delt: time period of interest; delt, step size 6 % BR, birth rate 7 % DR, death rate 8% Mann, annual rate of migration (+: immigration, -emigration) 9% Pinit, initial population level 10 % RESULTS 11 % P, population history 13 % find nsteps and set up output dat 16 end Code to call your function 16 end Code to call your function W 1 BR=.15; 2 DR=.09; tinit=0; 4 tfinal=100; 5 delt=1; 6 Pinit=400; 7 Mann=-10; 600 9 [P]-popDynamics_1_fon(BR,DR, tinit,tfinal,delt, Pinit, Mann); 10 t-tinit:delt:tfinal; 12 plot(t,P)