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Rev Jonathan Barlow Gee (benpadiah) @UCNY-mJJOejZrLskVolEwgtw@youtube.com

14K subscribers - no pronouns :c

Ya = I Ya-Hn = Begin Being Ya-Hn-Vd = All That Is Ya-Hn-Vd-H

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Welcoem to posts!!

in the future - u will be able to do some more stuff here,,,!! like pat catgirl- i mean um yeah... for now u can only see others's posts :c

Rev Jonathan Barlow Gee (benpadiah)
Posted 2 weeks ago

My November ratings, another roughly "average" month overall...

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Rev Jonathan Barlow Gee (benpadiah)
Posted 1 month ago

My ratings only make sense if there is an artificial mix/max placed on them at around 125 viewers per average day.

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Rev Jonathan Barlow Gee (benpadiah)
Posted 1 month ago

this video:
https://www.youtube.com/watch?v=xZxGW...
explains this diagram:

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Rev Jonathan Barlow Gee (benpadiah)
Posted 1 month ago

:'(

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Rev Jonathan Barlow Gee (benpadiah)
Posted 1 month ago

About to pass 14,000 subscribers on my YouTube channel!
youtube.com/@benpadiah Join now!

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Rev Jonathan Barlow Gee (benpadiah)
Posted 1 month ago

Another lower than average month for my channel...

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Rev Jonathan Barlow Gee (benpadiah)
Posted 1 month ago

t^2 = R^3
t = 2πR/V

V = 2πR/t
V = √(GM/R)

tV = 2πR

V√R = √GM

E = Mc^2
E = hc/λ
E = hf

M = Eλ/h
M = E/cf
M = h/λc
M = E/c^2

c = λf
c = E/p
c = √(GM/R)
c = h/M(λ_Compton)

f = h/Mλ
f = c/λ
f = E/h
f = (E/M)(1/h)

λ = hc/E
λ = c/v
λ = c/f

h = Mλ^2f
h = E/f
h = Eλ/c
h = Eλf
h = Mc(λ_Compton)

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Rev Jonathan Barlow Gee (benpadiah)
Posted 2 months ago

"For any "real" number "x," let there be a 3-d coordinate "number-matrix" constructed with 3, orthogonal number-lines - such that 1 axis expresses "real" numbers, 1 axis expresses "imaginary" numbers & 1 axis expresses "complex" numbers - so that the "up" direction is labeled "positive x," the "back" direction "negative x times i," the "left" direction "negative (x/√2) times (1+i)," the "down" direction "negative x," the "front" direction "positive x times i," & the "right" direction is "positive (x/√2) times (1+i).""

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Rev Jonathan Barlow Gee (benpadiah)
Posted 2 months ago

For any "real" number "x," let there be a coordinate "number-matrix" constructed with three, orthogonal number-lines - such that one axis expresses "real" numbers, one axis expresses "imaginary" numbers and one axis expresses "complex" numbers - so that the "up" direction will be labeled "positive x," the "back" direction "negative x times i" (where "i" is the "imaginary" number √-1), the "left" direction "x times I squared," the "down" direction "negative x," the "front" direction "positive x times i," and the "right" direction labeled "x times i to the fourth."

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Rev Jonathan Barlow Gee (benpadiah)
Posted 2 months ago

Another low month for my YouTube channel.

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