The market is a controlled dynamic system. - page 440
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Why 3 and not 53?
A friend of mine did it.
About trends.
The simplest model, in which there are three different-scale fluctuations.
var = {1;1;1}
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Very nice pictures, but for a better understanding you would give definitions of the variables. What are var, N and others.
As I understand w is "frequency", A is the amplitude of the oscillation. As far as I remember A = 1/sqrt(w). I.e. when frequency is quadrupled, the amplitude drops by a factor of two? Or not?
Just give me a link to the primary source from which you got the pictures.
Good luck
A limited set of closed triangles can be formed from the set of currency pairs offered by the BC:
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In more general terms :
or in this representation :
.
In its most general form, a ring can be constructed comprising all available currency pairs :
.
The direction of movement of currency pairs of the triangle depends on the ratio of velocities of the currencies comprising the triangle.
Knowing the direction of movement and velocities of the currencies that make up the triangle determines the optimal working currency pair and trading direction.
Generally speaking, we should write A/B ; C/B; A/C;
Then the product of these three fractions will give (A/B)^2. A/B : C/B : A/C = 1 You can get something out of it, maybe...
Very nice pictures, but for a better understanding you would give definitions of variables. What are var, N and others.
As I understand w is "frequency", A is the amplitude of the oscillation. As far as I remember A = 1/sqrt(w). I.e. when frequency is quadrupled, the amplitude drops by a factor of two? Or not?
Just give me a link to the primary source from which you got the pictures.
Good luck
var is a variant of the oscillator
Nmin, Nmax - it is number of minimum point and number of maximum point on the considered interval
w - frequency of oscillations
A - amplitude of oscillations
I set the value of A = 1/w
I made the pictures myself. I am their source. ;)
You can also do A = 1/sqrt(w). And see what you get.
In general terms, write A/B ; C/B ; A/C;
Then the product of these three fractions is (A/B)^2. A/B : C/B : A/C = 1 From this you can get something out, maybe...
They don't need to be multiplied, they need to be separated.
And it doesn't matter whether the fraction on the input is straight or inverse, it can be inverted into the required form.
Very nice pictures, but for a better understanding you would give definitions of variables. What are var, N and others.
As I understand w is "frequency", A is the amplitude of the oscillation. As far as I remember A = 1/sqrt(w). I.e. when the frequency is quadrupled, the amplitude drops by a factor of two? Or not?
Just give me a link to the primary source from which you got the pictures.
Good luck
Well, here's a very interesting case where the amplitude (in meters) becomes equal to the quotient of dividing one by the square root of the frequency of something in Hertz.
I'm going through decimal fractions with my granddaughter.Well, here's a very interesting case in which the amplitude (in metres) becomes equal to the quotient of dividing one by the square root of the frequency of something in Hertz.
I'm going through decimal fractions with my granddaughter.You're too strict ;)
He's just confused, he was thinking of one thing and it's from another. And that's exactly the dependence. Well, it happens...
On the other hand, nothing prevents (there are no bans) to consider the dependence A(w) he proposes.
You can complicate this function (as your heart desires), for example, so A(w;v), or so A(w;v;a), or whatever...
Actually, it would be interesting to see how it all would look like. Maybe I'll do it someday at my leisure.
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Tripod ;)
Inputs:
To keep everything clear, so that all the data doesn't get stuck in one continuous mess, a small window with the latest actual data will be displayed in the future.
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Inputs:
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Outputs:
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Check:
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