Recent content by sed199

Graphical convolution can be used in any case, but the mathematical method seems much more simpler and quicker, and I noticed that graphical isn't used much at all in non-electrical engineering courses. Is that because we assume that f(t) and h(t) = 0 for t<0 for math examples?

But in most math and physics courses graphical convolution isn't used. Is that because it's assumed that h(t) and f(t) are assumed to equal 0 for t<0?

As a double major in physics an electrical engineering, I noticed that graphical convolution is used in both signal processing and quantum mechanics. In my signals course I couldn't help but notice that sometimes the professor would just convolved the function from straight integration, and...

by definition, force is the change in momentum with respect for time. Momentum is defined as p=mv. If we are to assume m as constant, as it convieniently is in most cases, f=d(p)/dt=d(mv)/dt=m(dv/dt)=ma But if M was a function of time and represented as m(t), we are stating that mass may...