If `N =` population density at time t, then population density at time `t + 1` can be written as. `N_(t+1) = N_(t) + [(A+B)-(C+D)]`. Select the correct option for `A,B,C` and `D` in the above equation.

If N is the population density at time t,then what would be density at time (t+1) ? Give the formula.

If N is the population density at time t, mention the formula to show its density at timet + 1.

Write an equation to calculate population density at time t+1 .

The integral form of the exponential growth equation as N_t=N_0e^(rt) A. population density after time t B. population density at time zero C. intrinsic rate of natural increase D. the base of natural logarithms (2.71828) Identify A,B,C and D fromt eh given equation.

The change in population size at a given time interval t , is given by the expression N_(t) = N_(0) + B + I - D- E I , B and D stand respectively for

Study the schematic representation given above and answer the following questions : (a)Identify A in it. (b)Identify D in it. (c)When the population density at time t is N as shown above, write the population density at time t +1 in the form of an equation using appropriate symbols.