Laplace Transform of Unit Step Function u(t-a)

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Disclaimer: This video is for entertainment purposes only and should not be considered academic. Though all information is provided in good faith, no warranty of any kind, expressed or implied, is made with regards to the accuracy, validity, reliability, consistency, adequacy, or completeness of this information. Viewers should always verify the information provided in this video by consulting other reliable sources.

[@kaih6361]

Please wear a lighter colour shirt as the writing can't be seen when you are right in front of it.
Good work. Thanks for teaching.

[@BriTheMathGuy]

Thanks,I will do my best!

[@davidshevchuk8885]

better yet would be fluorescent marker.

[@arunavoseal2554]

Wouldn't the limits for 0 would be -∞

[@tiger1559]

How do you write backward like that? That's an amazing feat in and of itself Lol

[@BriTheMathGuy]

Thanks, though I owe it to the magic of video editing.

[@natchosm4320]

I thought that too, he just mirrored the entire video. The idea is still really smart.

[@aqibdawood9080]

it sucks

[@datvuong7420]

@@natchosm4320 still don't understand the trick :((

[@ikhtilafkahalurdutips7219]

Hahaha its actually a mirror,
The lecturer is behind mirror
And camera is in front of mirror
Simple

[@musaraza3269]

Thank you

[@megankerins]

Thanks! Very clear explanation. I'm working on a proof of LP transforms using integration by parts and this is one of the most challenging parts, so I hope I'm able to complete the proof now.

[@BriTheMathGuy]

Glad it helped!

[@isakarabocek3104]

thank you so much, clear explanation 👏👏

[@talkmaddy]

Very good explanation sir... Please wear white colour T-shirt while writing on glass.... Thanks.

[@GabiMartin97]

This was very helpful, thanks

[@BriTheMathGuy]

You're welcome. Have a great day!

[@Alexys973]

What can I do if I have something like u(t+a), for example e^-tu(t+2) ?

[@الجزيره-ك8ك]

Thanks

[@nathantrance7558]

hey step function, im stuck

[@franciscogallom.7361]

next time white tshirt haha thanks from argentina bro

[@BriTheMathGuy]

Next time!

[@dasun6916]

Thnk u a lot.. it was very helpful

[@BriTheMathGuy]

Most welcome 😊

[@hrithikrana3294]

What would be Laplace of u(-t-1) ??

[@ColeAndrew]

Thank you so much!

[@BriTheMathGuy]

You're very welcome!

[@김동진-y7q]

you are perfect

[@BriTheMathGuy]

Thanks for the support!

[@funcollection1]

Nice job bro

[@BriTheMathGuy]

Thanks for the visit!

[@puspanjalidash9153]

Thank you Sir

[@BriTheMathGuy]

Puspanjali Dash you’re welcome!

[@MakingVidsBreh]

Why does the bottom bound of the laplace integral become 'a' instead of staying as '0'? Is it because your "new 0" starts at 'a'--as far as the unit step function is concerned?

[@jinxianlai]

the color of your clothes and font is same ,i can't see the font clearly

[@Rundas69420]

It would be really nice, if you could explain the formula for the inverse Laplace-Transform.
I think it's 1/(2*pi*i) * the integral from -i*infinity to i*infinity of Y(s)*e^st dt.
I didn't find any video on that so I would really appreciate that. ^^

[@BriTheMathGuy]

Thanks for the recommendation. I'll put it on my very long "to do" list, though I can't promise when I'll get to it. Thanks for watching!

[@Rundas69420]

And thank you for considering the problems and ideas of your viewers. :D

[@jamiereason6057]

Very good video mate, you're kind of in the way of the lower part of the equation though it's a bit hard to see it!

[@jamiereason6057]

maybe wear a white shirt when writing in black haha

[@y27845]

I wonder how did you shoot the video with mysteric glass in front of you.

[@BriTheMathGuy]

You get used to it :)

[@kurtbautista2028]

no way bro just started to write backwords lmfao

[@BriTheMathGuy]

Video editing is powerful :)

[@photon2724]

i understood nothing, but thats just me

[@BarryAllen__1A23]

This vid is awesome but can you do another vid with another example?

[@BriTheMathGuy]

I plan to in the future. Have a great day and thanks for watching!

[@BarryAllen__1A23]

Looking forward to it!

[@ABHMughal]

It is so simple! I didn't perform well on my last quiz so had to search for the tutorial. Thanks for good explanation. I subscribe you!

[@BriTheMathGuy]

ABHMughal thanks very much!

[@darkmoon10501]

Thanks u sir!

[@adityakhedekar9669]

plz make the background more white

[@satyam-pr9vm]

Where are you

[@BriTheMathGuy]

I'm sure I'm somewhere. Where are any of us, really? 🤔

[@twinstarsnz3626]

2 Ads in a row!!!

[@yolah395]

poor choice of shirt color

[@BriTheMathGuy]

True.

[@priyakshiduarah2633]

Thank you sir

[@BriTheMathGuy]

You're very welcome!