why wouldn’t there be a generic standard just like there is for the speed of light?
And if there was at 345.6 m/s then substantiate the connection to time as 86 400 seconds , 1440 min 24 hours , 1 day
864 hz is 1 meter in 1/4 wave, 345.6 (0.25m) and 4 days. as reciprocating ratio that extends into everything the pivot off of one.
1
2
4
8
16
32
64
128
256
512
1
0.5
0.25
0.125
0.0625
0.03125
0.015625
0.00783125
0.00390625
0.0019503125
0.0009876…
and we can notice an inch to centimeters conversion:
1meter is 39.37007874015748031496..”
2 is 7874
4 is 15748
8 is 31496
16 is 62992
32 is 125984
64 is 251968
128 is 50393(6??) loss of 1
256 is 100787(2?) loss of 2
512 is 201574(4??) loss of 4
1024 is 40314(88??) loss of 8
2048 is 80629(76??) loss of 16
4096 is 161258(52?) loss of 32
0.62012165 vs
0.62011735
0.62 is 1/x ( 1.6129032258064516(then repeats after the 645.16…
now the centimeters is suspicious, but it should be because it’s directly connected to the motor the second and the speed of light at all times, And those are kind of screwy anyhow because if you look at your version to an inch is leaving off all of those decimal points all the time and those decimals are repetitive nature and foreshadowing to the next?
But they’re also directly related to the same number they are in’pi’ numbers???
8÷2.54 is 3.1 496(Plus the missing 0.00000062992…) as pi is 3.1416( 0.0080 difference).
if we look at a squared plus B squared equals C squared we notice using three as the speed of light or similar the combination
3 - 0.75 is 2.25
(1728)^2 - (864)^2 is (1496.492)^2
86400 x2 - 86400 is 86400sqrt 3.
The Pythagorean theorem is originally a description of time over distance at 30°?
0.5236 or 12 on 6.9375 Can be doubled and see it again in a 300 cm offset driver qw pipe fix the notch at 86.4 Hz and transferred all the way to the one at 144 Hz???
why are those numbers
300 x 0.3490658
as 104.72 and 195.28 cm
which is the reciprocal if divided together of 1.8648 and the reciprocal of 03490658 and 300 is 2.8648. if you run out the decimal points on both of those they are infinite it seems?
and if you use pi divided by nine and pi divided by three to maintain high level of accuracy you’ll see I need a more accurate version.
If you take us 360 cm pipe and you put drivers at 30 cm exactly I need side pipes running parallel 180 cm each, It will tune to 28.8 it will remove the 86.4 notch and it will go up to 144 and depending on the drivers TS parameters it may not be too shabby looking i.e. flat.
what does G is completely annihilate 864 Hz and every inch of all of it at 288 hz over and over and over again in Peak or ultimate cancel over and over.
and those numbers end up being units of time as well but they’re also the radius and diameter of the moon and sun almost precisely into miles in kilometers already?
And technically that 144 Hz seems to end up at about 149.6 If you look through the details of a simulation tool at a impedance or phase or SPL landmark everything has a unique connection to one word under further investigation because they very well define description of specific things in our existing solar system at the very least also showing why some are quite peculiar where they are currently an orbital mean radius , you notice the same exact numbers as the distance to the moon or the distance it is traveling away logarithmically scale down(3.84cm 384,000km).
If all of these things are coincidenceRight now then what were they 66 million years ago
And if there was at 345.6 m/s then substantiate the connection to time as 86 400 seconds , 1440 min 24 hours , 1 day
864 hz is 1 meter in 1/4 wave, 345.6 (0.25m) and 4 days. as reciprocating ratio that extends into everything the pivot off of one.
1
2
4
8
16
32
64
128
256
512
1
0.5
0.25
0.125
0.0625
0.03125
0.015625
0.00783125
0.00390625
0.0019503125
0.0009876…
and we can notice an inch to centimeters conversion:
1meter is 39.37007874015748031496..”
2 is 7874
4 is 15748
8 is 31496
16 is 62992
32 is 125984
64 is 251968
128 is 50393(6??) loss of 1
256 is 100787(2?) loss of 2
512 is 201574(4??) loss of 4
1024 is 40314(88??) loss of 8
2048 is 80629(76??) loss of 16
4096 is 161258(52?) loss of 32
0.62012165 vs
0.62011735
0.62 is 1/x ( 1.6129032258064516(then repeats after the 645.16…
now the centimeters is suspicious, but it should be because it’s directly connected to the motor the second and the speed of light at all times, And those are kind of screwy anyhow because if you look at your version to an inch is leaving off all of those decimal points all the time and those decimals are repetitive nature and foreshadowing to the next?
But they’re also directly related to the same number they are in’pi’ numbers???
8÷2.54 is 3.1 496(Plus the missing 0.00000062992…) as pi is 3.1416( 0.0080 difference).
if we look at a squared plus B squared equals C squared we notice using three as the speed of light or similar the combination
3 - 0.75 is 2.25
(1728)^2 - (864)^2 is (1496.492)^2
86400 x2 - 86400 is 86400sqrt 3.
The Pythagorean theorem is originally a description of time over distance at 30°?
0.5236 or 12 on 6.9375 Can be doubled and see it again in a 300 cm offset driver qw pipe fix the notch at 86.4 Hz and transferred all the way to the one at 144 Hz???
why are those numbers
300 x 0.3490658
as 104.72 and 195.28 cm
which is the reciprocal if divided together of 1.8648 and the reciprocal of 03490658 and 300 is 2.8648. if you run out the decimal points on both of those they are infinite it seems?
and if you use pi divided by nine and pi divided by three to maintain high level of accuracy you’ll see I need a more accurate version.
If you take us 360 cm pipe and you put drivers at 30 cm exactly I need side pipes running parallel 180 cm each, It will tune to 28.8 it will remove the 86.4 notch and it will go up to 144 and depending on the drivers TS parameters it may not be too shabby looking i.e. flat.
what does G is completely annihilate 864 Hz and every inch of all of it at 288 hz over and over and over again in Peak or ultimate cancel over and over.
and those numbers end up being units of time as well but they’re also the radius and diameter of the moon and sun almost precisely into miles in kilometers already?
And technically that 144 Hz seems to end up at about 149.6 If you look through the details of a simulation tool at a impedance or phase or SPL landmark everything has a unique connection to one word under further investigation because they very well define description of specific things in our existing solar system at the very least also showing why some are quite peculiar where they are currently an orbital mean radius , you notice the same exact numbers as the distance to the moon or the distance it is traveling away logarithmically scale down(3.84cm 384,000km).
If all of these things are coincidenceRight now then what were they 66 million years ago
I picture some young, thick-eyeglasses-wearing nerd type of guy, explaining, with stacks of paper around, and hasn't had a shower since last Labor Day, sitting at a desk with all that jibber-jabber going on in his head.
.....And then his potential girlfriend puts down her bottle of Gatorade and excuses herself, saying that it's way past her bedtime.
But nothing was mentioned about air pressure and humidity as a controlling factor for the speed of sound.
.....And then his potential girlfriend puts down her bottle of Gatorade and excuses herself, saying that it's way past her bedtime.
But nothing was mentioned about air pressure and humidity as a controlling factor for the speed of sound.
Even light speed changes in a medium. I'm not sure it makes sense to have the speed of sound in a vacuum, the reference medium for the constant "c".
Always wondered about those dinos with the trumpets in their skulls - what was the resonant frequency they'd toot at? Cant know, unless you know the density of the atmosphere back then - which could be quite different than today.
And with that, who really cares about something centuries in the past?
First off, nobody can change the past (although they've recently tried (and manipulated) in many ways).
Attempting to determine things that happened in the distant past is like walking backwards, and that's silly too.
My focus about things is that we only have control to manage today, and tommorrow.
Reflexively, I was going to write, sound in a vacuum? Of course not. But then it occurred to me that the medium doesn’t have to be gaseous. Sound will travel through solid materials too.
Yeah, like car bodies and house walls whenever some idiot drives past blasting cRap music.
Oh no, NOT AGAIN!!!!! 🙁 🙁 🙁
Did they kick you out of Numerology Forum for being .... ummmm .... too obsessed with numbers?
You tend to start the most time wasting and useless threads seen here.
Did they kick you out of Numerology Forum for being .... ummmm .... too obsessed with numbers?
You tend to start the most time wasting and useless threads seen here.
Palaeoclimatologists probably have a pretty good idea about that.
They also found that cyanobacteria poisoned the air with oxygen between 3.5 and 1.5 billion years ago. No idea how they managed to figure that out.
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I see clear parallels between what's happening right now and what happened 201.3 million years ago.
We have a reasonably good idea about rock formation so if we find some kind of fossil or life evidence in a certain rock strata, we can safely assume both were contemporaneous.
Sometimes that is used to cheat, claiming some fossil came from a certain excavation, just to "prove" a given theory.
As in:
https://www.bbvaopenmind.com/en/sci...reatest-scientific-fraud-of-the-20th-century/
If you ignore everything that happened in the past you'd know nothing right now ;-)
All you know comes from what happened to you or others in the past. Seems pretty important to me.
Jan
The speed of light in vacuum (C) is perhaps the most foundational parameter to the Universe as we now comprehend it, it is literally the key that unlocked special and general relativity and particularly spacetime. The speed of sound holds no such role as a key to unlocking a deeper understanding of physical reality and it isn't a physical constant, being dependent on the density of the medium in which sound is propagated. Two very different physical entities with little in common except the units of measurement.
But only up to a point.
And the importance and/or relevence of something varies as well.
While I don't necessarily disagree, there's no real harm. Some people's minds just need to have something to work on, anything.
My comment is mainly in the interest of having some consideration for others, respecting them, and not forcing them, even in the time it takes for a car to drive past, to loud annoying music that they'd rather not hear.
The worst ones are the parked vehicles blasting noise.
It's just not polite.
I remember when I was 18, taking the mufflers off my Honda CL450 (to make it sound like a Harley) and blasting through town on a hot summers night. I'm not like that anymore and havent done such a thing in a long long time. Mindset, changed. Trouble is, after making it through such unscathed, now there's generation after generation going through it to which I am exposed. When their antics **** me off, sometimes I remember "I was like that" and had the fortune to grow out of it in time.
Ah, "something to work on". I'm retired and feel like I'm saturated with "something to work on" - and I keep getting more things to work on. Now there's a mindset I'd like to somehow shake off. Working on some stuff is good, but there's a significant portion that is just so completely unnecessary for me to be dealing with.
Like, the device in which the batteries charge individually just fine. The green light comes on when operating. The charger however still thinks there's something wrong. Read online the BMS in these things goes bad all the time. Flashing red indicates batteries too hot to charge; bad thermistor? No info on what that component should measure - anywhere.
Makes me want to plug my nose, carry the thing while waddling like a duck over to the garbage can - and drop it in. Even that would be the end, I'd still eventually have to - in good consciousness - dispose of the batteries properly! These days, that's a trip to some place willing to take them. The enclosure is breached; maybe they wont take them now? What a waste of life...
Ah, "something to work on". I'm retired and feel like I'm saturated with "something to work on" - and I keep getting more things to work on. Now there's a mindset I'd like to somehow shake off. Working on some stuff is good, but there's a significant portion that is just so completely unnecessary for me to be dealing with.
Like, the device in which the batteries charge individually just fine. The green light comes on when operating. The charger however still thinks there's something wrong. Read online the BMS in these things goes bad all the time. Flashing red indicates batteries too hot to charge; bad thermistor? No info on what that component should measure - anywhere.
Makes me want to plug my nose, carry the thing while waddling like a duck over to the garbage can - and drop it in. Even that would be the end, I'd still eventually have to - in good consciousness - dispose of the batteries properly! These days, that's a trip to some place willing to take them. The enclosure is breached; maybe they wont take them now? What a waste of life...
funny, i have the most potent and power dense enclosures by coparision to anyone else whos experimenting with the same scenarios and theres no numerology in those....
funny, i have the most potent and power dense enclosures by coparision to anyone else whos experimenting with the same scenarios and theres no numerology in those.... this is searching for answers and you never seem to have any? theres more to this than you seem to grasp or will..
its just 23.14*C its just because it opens up the math to simple terms(whole numbers and 86.4 hz is 1 meter just like the pendulum that previously described the speed of light?