cond1 = y(0) ==2; cond2 = dy(0) ==1; Solve the differential equation usingdsolveand graph the solution: y_Sol(t) = dsolve(ode_nh,[cond1 cond2]); y_Sol = simplify(y_Sol) y_Sol(t) = fplot(y_Sol) 댓글 수: 0 ...
MATLAB Online에서 열기 Ran in: Hi, there is a signal that I was trying to port into matlab just for a practise to teach myself about FFt. g(t) = rect(t/T) cos(2*pi*fc*t)wherefcis the carrier frequency. Tis the duration of the pulse. ...
For example, this line of code would not be valid in MATLAB x = 2 + y = 3; Would you expect that to set y to the value 3, and then add 2 to y, to get x as 5? Similarly, this is also invalid: fplot (@(x, y = 1) x.^3.*y-2.*x.*y.^2+y-0.2,[0, 1]); Again...
fplot(sol,[0 6]) 댓글 수: 2 Dyuman Joshi 2023년 4월 4일 MATLAB Online에서 열기 @Torsten, the equation you wrote is incorrect. It's 테마복사 v*diff(v,y) instead of 테마복사 diff(v,y,2) And it needs only 1 intial ...