@aellis81

clc clear disp 'Aliyanna Ellis' x = 1:100; f1 = exp(x); f2 = x.^3; subplot(2,2,1)

clc clear disp 'Aliyanna Ellis' k = 0; s = 0; while s <= 10000 k = k + 1; s = s + 3^k;

clc clear disp "Aliyanna Ellis" f= @(x) 10*exp(-2*x); x=0:0.01:2 y=f(x); plot(x,y)

clc clear disp 'Aliyanna Ellis' f = @(x) x.^2; g = @(y) 3*cos(y); h = @(z) 6*exp(z); x = 0:0.01:4;

clc clear disp 'Aliyanna Ellis' A = [1 -2 3; 4 5 -6; -7 8 9]; B = A([2 3],[2 3]) C = B.^(-2)

clc clear disp 'Aliyanna Ellis' A= [1 -2 3; 4 5 -6; -7 -8 9]; B= A(1:2, 2:3); C= B.^(-2);

x = -pi:0.1:pi; plot(x, cos(x))

x = -pi:0.1:pi; plot(x, cos(x))

x = -pi:0.1:pi; plot(x, cos(x))

x = -pi:0.1:pi; plot(x, cos(x))

x = -pi:0.1:pi; plot(x, cos(x))

clc clear disp("Aliyanna Ellis") t=0:0.1:10; p=5*exp(-0.3*t)+4*cos(2*t); plot(t,p) title("population of species over time")

t = 0:0.01:10; P = 5*exp(-0.3*t) + 4*cos(2*t); plot(t,P) title('Population of a Species Over Time') xlabel('Time (years)') ylabel('Population (thousands)') grid on