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I think there was a slight mistake in your X3* equation. It has the term M2 in it. I don't get it because we devided it by M1
That's a typo. It should indeed be m1.
@@biomechlab 💕💕💕💕
I am glad I found your channel. Thank you.
one of the best lectures on this topic, thanks for this
Thanks for the lecture series. In the matrix A, the element in 4th row - 4th column should be negative.
When rewriting xdot 1-4 equations before the state space equations, how come the x2(k1/m2) went over to the xdot 3 equation?? I'm stuck on that part is anyone able to help me?
am I think A and B is eigenvalues and x and u(t) is eigenvectors?
great explanation!
Thank you
Thank you Sir :)
it should be k1/m1 in A 3,2
I think there was a slight mistake in your X3* equation. It has the term M2 in it. I don't get it because we devided it by M1
That's a typo. It should indeed be m1.
@@biomechlab 💕💕💕💕
I am glad I found your channel. Thank you.
one of the best lectures on this topic, thanks for this
Thanks for the lecture series. In the matrix A, the element in 4th row - 4th column should be negative.
When rewriting xdot 1-4 equations before the state space equations, how come the x2(k1/m2) went over to the xdot 3 equation?? I'm stuck on that part is anyone able to help me?
am I think A and B is eigenvalues and x and u(t) is eigenvectors?
great explanation!
Thank you
Thank you Sir :)
it should be k1/m1 in A 3,2