It is always true that, for image , image = image (10) but not always true that image = image (11) A fractional integral can also be similarly defined. The study of fractional derivatives and integrals is called fractional calculus. ...

Optimized Risk vs Reward Equation

= image (8) The fractional derivate of the Et-function is given by image = image (9) for image .

Optimized Risk vs Reward Equation

= image (6) for image . The fractional derivative of the constant function image is then given by image = image (7)

Optimized Risk vs Reward Equation

The fractional derivative of the function is given by image = image (2) = image (3) = image (4) = image (5)

Optimized Risk vs Reward Equation

where image is an integer image , where image is the ceiling function. The semiderivative corresponds to image .

Optimized Risk vs Reward Equation

This could reduce time needed to grasp the complexity of the problem. Download free Mathematica 7 player (it's like acrobat reader but for math papers, formulas etc...) and lectures, graphs, etc.... This is definitely something I must use Fractional ...

Optimized Risk vs Reward Equation

Have a nice trip twoblink, hope everything goes well with the move. as for this discussion, I've realized that I'll have to reread all of my high school math, plus a good chunk of theoretical math and partial differential equations. This could take ...

Optimized Risk vs Reward Equation

Yap, an elegant solution for something that looks like simple problem (but, they said that for Fermat's Last Theorem also. And he said the proof was simple. Maybe he was pulling everyone's leg?). Now I know what I'm looking for, just have ...

Optimized Risk vs Reward Equation

Setting m = x and n = 2 yields image

Optimized Risk vs Reward Equation

Thus, any exponential function is a constant multiple of its own derivative. Furthermore for any differentiable function f(x), we find, by the chain rule: image The exponential function e raised to the power x can be defined in a variety of ...

Optimized Risk vs Reward Equation

As a function of the real variable x, the graph of y=e raised to the power x is always positive (above the x axis) and increasing (viewed left-to-right). It never touches the x axis, although it gets arbitrarily close to it (thus, the x axis is a ...

Optimized Risk vs Reward Equation

I have to cut my post in pieces. Again. The moderators should really think about lifting the number of pictures permitted per post and replace it with total kilobyte size for one post. I would also like to have subscript/superscript option (some ...

Optimized Risk vs Reward Equation

I assume you determine point of entry A and lot size x according to your mm rules and risk appetite It took me a while to interpret this, English is not my native language; in Serbo-Croatian, some mathematical terms have different names. OK, so, the ...

Optimized Risk vs Reward Equation

In the end how would the ideal hmm, compounding function look like? In 3D system (risk, reward, time) we want to lower risk and increase reward while the time passes. Something like this: A quantity is said to be subject to exponential decay if it ...

Optimized Risk vs Reward Equation

The Golden ratio, mentioned several times in various threads. Could it be used to determine the relationship of one particular (newest) trade comapred to all active trades of one currency pair? In mathematics and the arts, two quantities are in the ...

Optimized Risk vs Reward Equation

Deferred gratification or delayed gratification is the ability to wait in order to obtain something that one wants. This attribute is known by many names, including impulse control, will power, and self control. In formal terms of accounting, an ...

Optimized Risk vs Reward Equation

The time value of money is the value of money figuring in a given amount of interest earned over a given amount of time.For example, 100 dollars of today's money invested for one year and earning 5 percent interest will be worth 105 dollars after ...

Optimized Risk vs Reward Equation

Continuous compounding Continuous compounding can be thought as making the compounding period infinitesimally small; therefore achieved by taking the limit of n to infinity. One should consult definitions of the exponential function for the ...

Optimized Risk vs Reward Equation

First and foremost, I'm sorry to cut the post in several parts, but the allowed number of images per post is only 5, regardless of their size. I have missed this sentence on first reading. It's a clue, a few pieces of a puzzle. It is extremely ...

Optimized Risk vs Reward Equation

This is only possible if a person has a wide array of interests and the will to read more about them. I have worked in a press clipping agency for a few years. Reading all that was printed and published daily, plus doing media analysis (plus radio, ...

Optimized Risk vs Reward Equation