Examples of using Arg in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
Arg, Captain.
All the Gold(ARG).
Arg! Good news!
Choose Currency ARG USD.
ARG what is going on here!?
Six codons: Arg, Leu, Ser.
Arg is the reluctant keeper of the trolls' realm.
The symbol for ARG can be written ARG.
You can check with getconf ARG_MAX.
Here are a few examples: arg: the seed kernels have a laxative effect.
And a similar one for Bi(z), but only applicable when|arg(z)|< π/3.
All of our operators must be ARG/US Gold, Gold+ or Platinum rated.
Get an answer to this by issuing the command getconf ARG_MAX.
The set of all possible values of theargument can be written in terms of Arg as.
So my psych professor said fear is an emotion… Which it is,but then I arg.
ARG/US has developed the TripCHEQ program, which provides important information relating to your flight.
Although its'cheesy' factor puts it at the bottom of our top 5 list,you cannot arg….
This is only really valid if z is non-zero butcan be considered as valid also for z= 0 if Arg(0) is considered as being an indeterminate form rather than as being undefined.
The function Ai(x) has no other zeros in the complex plane, while the function Bi(x) also has infinitely many zeros in the sector{z∈ C:π/3<|arg(z)|< π/2}.
The asymptotic behaviour of the Airy functions as|z| goes to infinity at a constant value of arg(z) depends on arg(z): this is called the Stokes phenomenon.
Figure 3. THE princi±pal value Arg of the blue point at 1+ i is π/4. The red line here is the branch cut and corresponds to the two red lines in figure 4 seen vertically above each other.
It follows from the asymptotic behaviour of the Airy functions that both Ai(x) and Bi(x) have an infinity of zeros on the negative real axis. The function Ai(x) has no other zeros in the complex plane, while the function Bi(x) also has infinitely many zeros in the sector{z∈ C:π/3<|arg(z)|< π/2}.
One of the main motivations for defining the principal value Arg is to be able to write complex numbers in modulus-argument form. Hence for any complex number z.
ARG/US TripCHEQ is of value to air charter customers because it provides independent, unbiased assurance that the aircraft and crew selected for their charter flight will abide by the strictest safety standards in the private jet industry.
A more accurate formula for Ai(z) and a formula for Bi(z) when π/3<|arg(z)|< π or, equivalently, for Ai(- z) and Bi(- z) when|arg(z)|< 2π/3 but not zero, are:[3].
When|arg(z)|= 0 these are good approximations but are not asymptotic because the ratio between Ai(- z) or Bi(- z) and the above approximation goes to infinity whenever the sine or cosine goes to zero. Asymptotic expansions for these limits are also available. These are listed in(Abramowitz and Stegun, 1954) and(Olver, 1974).
As explained below, the Airy functions can be extended to the complex plane, giving entire functions. The asymptotic behaviour of the Airy functions as|z| goes to infinity at a constant value of arg(z) depends on arg(z): this is called the Stokes phenomenon. For|arg(z)|< π we have the following asymptotic formula for Ai(z):[2].
Wyvern and Aviation Research Group(ARG/US) are the leading third-party, independent safety auditors who specialize in conducting on-site aircraft maintenance and verifying crew experience requirements.
The asymptotic formula for Ai(x) is still valid in the complex plane if the principal value of x2/3 is taken and x is bounded away from the negative real axis. The formula for Bi(x) is valid provided x is in the sector{x∈ C:|arg(x)|<(π/3)- δ} for some positive δ. Finally, the formulae for Ai(- x) and Bi(- x) are valid if x is in the sector{x∈ C:|arg(x)|<(2π/3)- δ}.
The principal value sometimes has the initial letter capitalized as in Arg z, especially when a general version of the argument is also being considered. Note that notation varies, so arg and Arg may be interchanged in different texts.