The algorithm brought me to this video, so I suppose all you had to do was ask it to do this. Perhaps that's the secret to unlock the ability to trigger on command haha!
Nice video, but the only thing is - since you use polynomials you will always have "+" or "-" infinity of views as the number of hours goes to infinity:)
So, manual polynomial regression, then... You input the "wrong" data (you want a cumulative total to be regressed), and you chose an odd-degree resulting equivalent function to represent the data. Plus, the degree is too high for the statistical degrees of freedom of your data set.
Best of luck in going viral 👍
Haha, one day hopefully ;)
The algorithm brought me to this video, so I suppose all you had to do was ask it to do this. Perhaps that's the secret to unlock the ability to trigger on command haha!
Hahah, it's working 💪😁 thanks for the comment!
Good explanation
Thank you! 😊
Nice video, but the only thing is - since you use polynomials you will always have "+" or "-" infinity of views as the number of hours goes to infinity:)
I'd love the views to go in the + infinity direction 😉
Thanks for the comment!
So, manual polynomial regression, then... You input the "wrong" data (you want a cumulative total to be regressed), and you chose an odd-degree resulting equivalent function to represent the data. Plus, the degree is too high for the statistical degrees of freedom of your data set.
Honestly never thought about that, I thought newton's interpolation would work for any data set. Thanks for the feedback and comment!
Lol, u made it entertaining tho. But i got lost quick 😂
Thanks for the feedback! Math is hard to explain haha, but ill be getting better. One video at a time! 😄
Or, turn on don't recommend to subscribers to get pushed by the algorythm instead :')
I bet there's a ton more to the algorithm that goes unnoticed, maybe in the future ill do a video more strict on that. Thanks for the comment!