∀x ∈ ℝ, (eˣ)' = eˣ

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Math901 retweeted
Math901
@MathMath901
14h
Green Area =32
Green area = ?
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Math901
@MathMath901
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Euler the G.O.A.T
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Perron Numbers website: learningisntlinear.com
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Math901
@MathMath901
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Replying to @ai_meh_s
👏👏
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Math901 retweeted
Math901
@MathMath901
12h
This post....a function
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Math901
@MathMath901
11h
Replying to @pibbledy @mnd233445
Thanks
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Math901
@MathMath901
12h
This post....a function
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Math901 retweeted
Prime numbers when in the configuration of my counterflow exchange twin prime model, expose not just it’s pattern but its musical accompaniment What’s the secret of primes without a little musical flair yknow? Now, with thanks to @anish2good I was able to get it into a musical form! Still working on understanding phases, but I do believe the ratios I found before are actually part of the measures Regardless, I applied the pattern as pictured with 5 being the central G (represented by a Treble Clef) and the steps between determine whether it is a quarter, half, whole, whole+half, or the whole enchilada (the 7) It also seems to clue in and expose how Riemann trivial zeroes fit into the function with the trivial zeroes representing the counterflow gaps that must be maintained up and down between the (next beginning prime minus the previous end prime) and the (next end prime minus the previous end prime) While the complicated zeroes appear to have close correlation to the total gap between a segment/measure which explains why it lands directly at 1/2 or close That’s because its hit the Harmonic Field and since each segment is a closed resonant segment (with 1 entrance and escape hatch) it is at 1/2 because it’s resting on the fundamental wave node in order to drop down a level or be propelled up to the next one
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Math901 retweeted
Current Progress on the Twin Prime Counterflow Model Right now contrasting new information and adding new models Still working on more additional models, but fleshing those out is taking longer Adding: Mod 9 which splits into further groups and seems to identify a new half inversion point (unknown connotations expanding model further) Expanding the amount of the twin prime counterflow segments (I self refer to them as the Harmonic field and Harmonic segments, stating in case I accidentally switch references) Currently the mod 9 seems to showcase how the end prime of the previous segment must match up to the beginning of the next segment counterflow style still top right to bottom left Does not correlate to end digit, scale only to this model type Overlap 2~ still unknown why that’s critically important Also apparently if you do the mod 9, divide it by 10, then minus by the original prime you get the mod 9 number, which is probably already known in math and I’d love to know why that happens All and any input is always appreciated!
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Math901 retweeted
To everyone, I can’t promise to understand but I would love to hear from anyone that has a moment✨
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Math901
@MathMath901
14h
Replying to @mnd233445
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Math901
@MathMath901
14h
Green Area =32
Green area = ?
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Math901 retweeted
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Math901 retweeted
FreeMathematicsBooks@FreeMathBooks1
22h
Copy Post following text in Google to get all Integral Calculus Books "Free Integral Calculus Textbooks & Solutions FreeMathematicsBooks.com"
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Math901
@MathMath901
17h
Replying to @MMilcea
✅️✅️
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Math901 retweeted
Finally an “easy” one. Though I cheated and wrote it in Python and ran it over n with a counter. It’s what I would have guessed.
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Math901 retweeted
Math901
@MathMath901
Sep 25
45°
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Math901 retweeted
Math901
@MathMath901
Sep 26
You can use logaritmhs and calculs to prove it.
Replying to @MathMath901
You’re asking us to prove a result over the natural numbers without induction. Remind me how you define the natural numbers? 😂😂
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I intuitively know Big Oh and Θ for these, but expressing as a function of n leads to some wild summation problems. I think that’s basically the lesson.
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Math901
@MathMath901
Sep 26
Replying to @JohnsonFido
Now i got ur point Thanks
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