Evaluate this equation using increments of 0.1 starting from 0

Lk = 5;
ceq =1;
t=90;
q=0:0.1:0.5;
mq = (((4*sqrt(Lk*ceq))-t)/((2*q*t) - t));

I would like to evaulte mq using values from 0 to 0.5 in incremnts of 0.1. I want all the values stored for both q and mq.

Thanks

Answer 1

[Walter Roberson]

Lk = 5;
ceq =1;
t=90;
q=0:0.1:0.5;
mq = (((4*sqrt(Lk*ceq))-t)./((2*q*t) - t));

plot(q, mq)

[Antony Bhikh]

Thanks! This worked perfectly

Answer 2

[Diwakar Diwakar]

To evaluate mq using values from 0 to 0.5 in increments of 0.1 and store the corresponding values for both q and mq, you can use a loop to iterate over the range of q values and calculate mq for each iteration

Lk = 5;
ceq = 1;
t = 90;
q = 0:0.1:0.5;
mq = ((4 * sqrt(Lk * ceq) - t) ./ ((2 * q * t) - t));

% Display the values
for i = 1:length(q)
    disp(['q = ' num2str(q(i)) ', mq = ' num2str(mq(i))]);
end

q = 0, mq = 0.90062
q = 0.1, mq = 1.1258
q = 0.2, mq = 1.501
q = 0.3, mq = 2.2515
q = 0.4, mq = 4.5031
q = 0.5, mq = -Inf

[Walter Roberson]

instead of the display loop consider using compose() to do the formatting