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Min 9:17 shouldn't it be e^(-2t)????
Right
The answer you get at the end isn't the answer to the question you showed. You solved for (t, 4), but showed (t,-4) at the start
Very clear and easy to understand! Thank you very much!
Please what if the question has an applied force of (t² and 4) I'm I still going to use the same approach of Xp = (At+B and Ct+D)
What if the function is just a constant let’s say 3, what will be the form?
this video is so helpful thank you so much for saving my math grade, would really appreciate it if you uploaded a video on variation of parameters method too. Have a great day!
Thank you! You helped a lot!
You made a mistake at 10:16 . Should have been -4 instead of 4.
🤓
@@hyperdma4077 u cant rlly use that emoji here, everyone heres a nerd lmao
thanks daddy you helped alot
daddy is crazy dawg😭😭💀
When you find the eigenvector for lambda = 5, you multiplied the matrix by [a;b]. Does this only work for 2x2 or would it work for 3x3 also?
Thanks for making it very sinple
Thank you h oly shit I was stuck on this forever
Are you quit youtube????
Hii bro plz reply
Min 9:17 shouldn't it be e^(-2t)????
Right
The answer you get at the end isn't the answer to the question you showed. You solved for (t, 4), but showed (t,-4) at the start
Very clear and easy to understand! Thank you very much!
Please what if the question has an applied force of (t² and 4) I'm I still going to use the same approach of Xp = (At+B and Ct+D)
What if the function is just a constant let’s say 3, what will be the form?
this video is so helpful thank you so much for saving my math grade, would really appreciate it if you uploaded a video on variation of parameters method too. Have a great day!
Thank you! You helped a lot!
You made a mistake at 10:16 . Should have been -4 instead of 4.
🤓
@@hyperdma4077 u cant rlly use that emoji here, everyone heres a nerd lmao
thanks daddy you helped alot
daddy is crazy dawg😭😭💀
When you find the eigenvector for lambda = 5, you multiplied the matrix by [a;b]. Does this only work for 2x2 or would it work for 3x3 also?
Thanks for making it very sinple
Thank you h oly shit I was stuck on this forever
Are you quit youtube????
Hii bro plz reply