Plotting the values from a for loop - can someone help me plot t against v?

X0 = 0; %Initial displacements of blocks
x = X0;
V0 = 0; %Initial velocities of blocks
v = V0;
vp = 0.0001;
o = 0.01;
alpha = 2;
F = (1-o)/(1+2*alpha*abs(v)/(1-o));
t=0;
delta_t=0.01;
x=[];

for t=0:1:200 % time step given between two colons
    a = vp.*0.01-x-F;
    v = (a.*0.01) +v;
    F = (1-o)./(1+2.*alpha.*abs(v)./(1-o));
    x = (v.*0.01) +x;
end

t=0:200;
plot(t,x)

Answer 1

[KSSV]

X0 = 0; %Initial displacements of blocks
x = X0;
V0 = 0; %Initial velocities of blocks
v = V0;
vp = 0.0001;
o = 0.01;
alpha = 2;
F = (1-o)/(1+2*alpha*abs(v)/(1-o));

delta_t=0.01;
t = 0:1:200 ;
x = zeros(size(t)) ;
x(1) = 0 ;
for i=2:length(t) % time step given between two colons
    a = vp.*0.01-x(i)-F;
    v = (a.*0.01) +v;
    F = (1-o)./(1+2.*alpha.*abs(v)./(1-o));
    x(i) = (v.*0.01) +x(i-1);
end
plot(t,x)

Check the equations once.

Answer 2

[Jan]

delta_t = 0.01;
t = (0 : 200) * delta_t
x = zeros(1, numel(t));
v = zeros(1, numel(t));
a = zeros(1, numel(t));
F = zeros(1, numel(t));

x(1) = x0;
v(1) = v0;
for ti = 2:numel(t)
  F(ti) = (1-o)./(1+2.*alpha.*abs(v)./(1-o));
  a(ti) = vp * delta_t - x(ti-1) - F(ti);
  v(ti) = a(ti) * delta_t) + v(ti-1);
  x(ti) = v(ti) * delta_t) + x(ti-1);
end

plot(t, x);