Jaydon Parrish

[Jaydon Parrish @_jaydonp]

@fpl_draft_duo FYI listened to you and ended up picking up Bruno G instead of Mbeumo who got me 15 pts. Thank you for your insight! It definitely saved me this week

[Football on TNT Sports @footballontnt]

The #UCL anthem rings out in St. James' Park! 🤩

What a sight. What an atmosphere.

The stuff of DREAMS 🥹

[WAXXA @WaxxaNCL]

The story of Newcastle United’s 2022/23 Premier League campaign and the return of Champions League football after two decades, featuring behind-the-scenes footage with @worflags. 🏴

A New Dawn.
A club to be proud of.
A club united.

#NUFC

📸 Intro photography: @FloodLightsOn

[LaGrange College Men’s Soccer @lagrangesoccer]

Congrats to these guys on graduating! They have been fantastic on and off the field!

[Jaydon Parrish @_jaydonp]

For our last post of the semester, I am mixing it up and focusing on Question 2 for homework 4. This article looks at Zonbie Apocalypses and potential ways we can add to the equation! #Math3185 https://t.co/wxU8OAtB44

[Rob 🅼 @Im_RobM]

What is the point in having all this money if Howe is just going to turn all our shite players into world beaters? #NUFC

[Jaydon Parrish @_jaydonp]

Hey everyone! This article provides a step-by-step way to solving DE’s using Euler’s Method in Python. #Math3185

https://t.co/v0nUVd0GP2

[Jaydon Parrish @_jaydonp]

@g_miller3003 Hey Gabe! I found this article very interesting and similar to what I am about to post. Both serve as great reviews for what we covered last week!

[Jaydon Parrish @_jaydonp]

@stina_28 Hey Christina! I love the discussion that is actually under this post where others asked questions concerning R^2. I found these very interesting especially the one asking for the significance of R^2 in terms of other lines of fit.

[Jaydon Parrish @_jaydonp]

@BenEpp_19 Hey Ben! I love how this article goes in depth on correlation and covariation and how to tweak this to get the best fit in Python!

[Jaydon Parrish @_jaydonp]

Hey everyone!

Here is an article covering how to solve R^2 step-by-step using Python. This is extremely helpful as a review of what we learned in class on Thursday. It could also potentially be helpful in Project 2!
#Math3185

https://t.co/NWMR4iDofT

[Jaydon Parrish @_jaydonp]

@stina_28 Hey Tina! I like how this article walks through how to build a more complex linear regression with other kinds of data!

[Jaydon Parrish @_jaydonp]

Hey everyone! I have attached a short link building on what we learned in class. It shows how to create a linear least squares regression of a sine wave! #Math3185

https://t.co/qaXTgNDKWZ

[Jaydon Parrish @_jaydonp]

@stina_28 Hey Christina! I really like how this article gives a side-by-side comparison to linear regression when compared to cubic splines. It does a great job of demonstrating how cubic splines have an advantage due to Runge’s phenomenon.

[Jaydon Parrish @_jaydonp]

@g_miller3003 Hey Gabe! I love the example provided in this article. It gave me a great review of what we learned on Thursday in preparation for class tomorrow morning!

[Jaydon Parrish @_jaydonp]

Hey everyone! This article covers Parametric Curve Fitting. This method is compared with Lagrange interpolation and cubic splines that we did in class and is another pretty cool way to model points on a graph!
#Math3185

https://t.co/DShB79AX4F

[Jaydon Parrish @_jaydonp]

@stina_28 Hey Tina! I love how this article has an easy to@understand example paired with a code in Python. It serves as a great review of Thursday’s class!

[Jaydon Parrish @_jaydonp]

@g_miller3003 Hey Gabe! This could be really helpful especially if we learn a code similar to this. Namespace and void are two new Python terms I looked up because of this code. Thanks for sharing!

[Jaydon Parrish @_jaydonp]

@BenEpp_19 Hey Ben! This is really cool because it is the next logical step to what we learned in class. It would be interesting to have both equations in a collab and comparing to see the differences especially in the models.