Slider Crank velocity analysis

wab=733;r=0.0405;L=0.13;
theta=0:0.1:2*pi;
phi = asin((r*sin(theta))/L);
wbc= (wab*r*sin(theta))./(L*sin(phi));
v=wab*r.*cos(theta)+wbc*L.*cos(phi);
plot(theta,v)

Hi, I am trying to have a function of theta for the slider crank velocity. I don't know what's wrong with my code. My graph doesn't seem correct. Please help, I am very struggle with this for days...

Please give contact if you know anyone with this problem solving experience before..

[darova]

The question is unclear. What is wrong with your graph? Can you show the graph you want to see?

[carson yeoh]

[darova]

See this solution

plot(0:360,-sind (0:360))

[carson yeoh]

what does this solution do with my question???????

[darova]

It's sin wave

Answer 1

[shady salalha]

hey, did u finish the solution?