% Define parameters
PopSaudi22
P_0 = PopSaudi22.POPTOTL % Initial population (1 million)
r = 0.02; % Annual growth rate (2%)
t = 1:1:20; % Time in years from 0 to 50 with a step of 0.1

% Compute population over time
P = P_0 * exp(r * t)

% Plot the result
figure;
plot(t, P,’-o’, ‘LineWidth’, 2);
xlabel(‘Time (years)’);
ylabel(‘Population in million’);
title(‘Exponential Population Growth’);
grid on;

I use an equation this: P = P_0 * exp(r * t)% Define parameters
PopSaudi22
P_0 = PopSaudi22.POPTOTL % Initial population (1 million)
r = 0.02; % Annual growth rate (2%)
t = 1:1:20; % Time in years from 0 to 50 with a step of 0.1

% Compute population over time
P = P_0 * exp(r * t)

% Plot the result
figure;
plot(t, P,’-o’, ‘LineWidth’, 2);
xlabel(‘Time (years)’);
ylabel(‘Population in million’);
title(‘Exponential Population Growth’);
grid on;

I use an equation this: P = P_0 * exp(r * t) % Define parameters
PopSaudi22
P_0 = PopSaudi22.POPTOTL % Initial population (1 million)
r = 0.02; % Annual growth rate (2%)
t = 1:1:20; % Time in years from 0 to 50 with a step of 0.1

% Compute population over time
P = P_0 * exp(r * t)

% Plot the result
figure;
plot(t, P,’-o’, ‘LineWidth’, 2);
xlabel(‘Time (years)’);
ylabel(‘Population in million’);
title(‘Exponential Population Growth’);
grid on;

I use an equation this: P = P_0 * exp(r * t) matlab MATLAB Answers — New Questions

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