Solving a System of Differential Equations using Laplace Transforms

Jesus Christ is NOT white. Jesus Christ CANNOT be white, it is a matter of biblical evidence. Jesus said don't image worship. Beyond this, images of white Jesus are not just blasphemous and criminal, white Jesus is from Satan ( the imposter.) Why? Let's look at what Satan does:
1) He is incredibly narcissistic and promotes himself shamelessly.
2) He misleads and confuses.
3) He pushes people away from Jesus Christ God, the Holy Trinity, the one and only messiah. White Jesus does all three of the above and more -- matching the ways of Satan.

Statues of Christ are equally offensive to God the Christ. While money is the biggest idol, Jesus spoke sufficiently against carved images.
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You can also find me on Tik Tok @reuslovesmath and @polarpiny

In this video, I give you a really neat example on how to solve a system of differential equations.

[avi-brown]

11:33 "Right like so like yeah like, and... yeah. And... so...". Finally- a math instructor who talks like I do!

[christianmacalino]

What a lighthearted and easy-to-follow video! However, I have noticed one mistake: the Laplace of sin t. It has to be 1/s^2 + 1, so the function of the right-hand side of G(s) must be 2s/s^2+1.

[Sharonlethoko]

Think the laplace transform of sint=1/(s^2+1)

[harishr]

I love the way you deliver a lecture, it's almost like a friend is tutoring me xD, Thanks for the lecture!

[chicajpg]

one if not the only video of one of these problems

[marychloelesmoras]

Excellent!! thank u for sharing your knowledge

[srivallabhkakarala]

walter jr if his dad was a maths teacher instead of chemistry

[KeleIla-cqfb]

A majority of this video was just you saying "like yeah yeah, in another video" and it's hard to understand what you're even trying to teach. Please try to understand the needs of your viewers and stop skipping steps. I basically wasted 13 minutes of you saying "yeah" multiple times

[MrFKD]

thank you so much so helpful...But sometimes in some exercises when it comes to Solve a System of Differential Equations using Laplace Transforms the initial values are not given, do I have to make them zero (0)??

[jayt]

High or not, he did a good explanation

[BraidenRobson]

You might want to redo this video with the correction for Laplace tans of sin t = 1/(s^2+1) since that will give different final solutions for y(t) and x(t).