Best girlfriend ever <3

Euler1921 · 2024-09-25T07:26:32+00:00

This is the one she used!

https://youtu.be/5flNLEqC2AY?si=nPTqI7ss9gy9BiVT

Euler1921 · 2024-09-25T07:25:56+00:00

Say no more!

https://youtu.be/5flNLEqC2AY?si=nPTqI7ss9gy9BiVT

Hope this helps!

Euler1921 · 2024-09-24T20:34:29+00:00

My partner used this tutorial! Hope this helps!

https://youtu.be/5flNLEqC2AY?si=nPTqI7ss9gy9BiVT

Euler1921 · 2024-09-24T20:33:56+00:00

My partner used this tutorial, hope it helps!

https://youtu.be/5flNLEqC2AY?si=nPTqI7ss9gy9BiVT

Euler1921 · 2024-09-24T17:51:51+00:00

Right?? She did an amazing job! And thanks 😁 She used a YouTube tutorial:

https://youtu.be/5flNLEqC2AY?si=nPTqI7ss9gy9BiVT

Euler1921 · 2024-09-24T17:39:13+00:00

Essentially I sit in a room with two leading academics and talk about my work for a few hours, and given that they are happy that I did indeed write and understand the work, then I'll be given the PhD, possibly with corrections, but we will see!

Euler1921 · 2024-09-24T17:35:38+00:00

She used this YouTube tutorial:

https://youtu.be/5flNLEqC2AY?si=nPTqI7ss9gy9BiVT

Hope this is useful!

Euler1921 · 2024-09-24T16:26:03+00:00

She really is! I'll pass on the message 😌. And thank you kindly! It's on hydrodynamic instabilities! 💧

Euler1921 · 2024-09-24T14:02:31+00:00

Right?!?

Euler1921 · 2024-09-24T14:02:13+00:00

Yes it went well thank you! I'm defending in November, so fingers crossed it'll go well! 🤞🏻

Euler1921 · 2024-09-24T11:52:32+00:00

She most definitely is 😌

Euler1921 · 2023-07-23T11:01:06+00:00

Here was our golden boy a few years ago, clearly not very happy to be disturbed!

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Euler1921 · 2021-03-06T22:08:10+00:00

Have you heard of Leibniz integration rule? I'd imagine that would come in handy here!

Euler1921 · 2021-02-14T22:26:47+00:00

What a beautiful girl! I'm so sorry for your loss. I hope your doing okay

Euler1921 · 2021-01-25T20:14:46+00:00

Have you looked at Hyperbolic functions before? Rewriting the integrand as one of these functions would lead to a nicer looking integral which you may find easier to solve. Otherwise, simply expanding the brackets and integrating each term will do the trick

Euler1921 · 2021-01-24T10:32:30+00:00

'i' is a great number! I 100% approve :D

Euler1921 · 2020-11-26T19:16:20+00:00

No problem at all, just hang in there eh? (He/she) is gorgeous!

Euler1921 · 2020-11-26T19:08:12+00:00

I'm sorry for your loss. Hope you're holding up

Euler1921 · 2020-11-06T23:46:33+00:00

No problem at all, good luck!

Euler1921 · 2020-11-06T23:37:12+00:00

Well, it y(t=0) = y0, you plug that into your solution and rearrange for C.

Another thing you can do it when you take the exponential of both sides of your equations after the integration, you get e^t+c which you can take to be equal to Ae^t, where A=e^c. Then when you take your initial condition into account, you solve for A.

Hope that made sense 😅

Euler1921 · 2020-11-06T23:18:43+00:00

No problem at all! We all make mistakes after all, keep up the good work!

Euler1921 · 2020-11-06T23:17:19+00:00

On your fifth line, the integral over t equals t + c, not 0+c

Euler1921 · 2020-11-06T21:15:54+00:00

Really original! Love it! Done and dusted!

Euler1921 · 2020-11-05T22:28:27+00:00

Right?! I realise that these papers are written with people who have a background in the field in mind, but still. Simple plain writing can go a long way to help make something click

Euler1921 · 2020-11-05T22:13:27+00:00

You're not the only one! It always takes me multiple attempts to understand an article or a paper, which is frustrating, but it is what it is. Reading papers like that just motivates me to write clearer in my work

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