Convolution Method to Find Inverse Laplace Transforms | Practice Problems

[@Rapunzel674]

BRO… this is the first out of over 10 videos I’ve watched that I’ve actually understood . Why don’t you have more of a following !? Ps in advance for your back hurting …. For carrying me on this concept 😭😭😭😭

[@MathTutor1]

Glad that it helps you.

[@thristangamer2576]

18:08 shouldn't it be -1/4 t at the end.?. when you plug in 0 in the problem, I get 1/2t, but you put 1/4 t

[@MathTutor1]

Yes, you are correct. Sorry for the mistake.

[@MathTutor1]

Here is another video with 13 Practice Problems kzbin.info/www/bejne/gYGTaKqMqMqUZqc Topics lineup --------------------------------------------- Intro Find convolutions Pb a: 1* t Pb b: t * t Pb c: t * eᵗ Pb d: eᵗ * sin t Pb e: eᵐᵗ * eⁿᵗ, m ≠ n Pb f: sin 3t * cos 2t Convolution property (CP) Pb g: ℒ{∫₀ᵗ τeᵗ⁻^τ dτ} Pb h: ℒ{∫₀ᵗ (2τ −1)eᵗ⁻^τ dτ} Pb i: ℒ{∫₀ᵗ eᵗ⁻^τ dτ} Pb j: ℒ{∫₀ᵗ e²ᵗ⁻^τ dτ} Pb k: ℒ{∫₀ᵗ τe⁻^τdτ} Pb l: ℒ{∫₀ᵗ e⁻²^τsin 3(t−τ)dτ} Pb m: ℒ{∫₀ᵗ sin τ sinh (t−τ)dτ} Pb n: ℒ{∫₀ᵗ sin t sinh (t−τ)dτ} Practice problems Thank you for watching.