Examples of using Scalar 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
Suppose is a scalar field.
A scalar has no direction, only a magnitude.
Do you know what a scalar field is?
The scalar fish was first described by Schulz in 1823.
We assigned directly to a scalar variable.
Five yards- scalar, five yards deep- vector.
You can also multiply the whole matrix by a number, called a scalar.
We can set a scalar variable to be undef by assigning undef to it.
Some theories say that we have that technology now, called scalar technology.
Its quantum would be a scalar boson, known as the Higgs boson.
This paper is also remarkable for the development of the idea of the scalar potential.
In addition the scalar function can be used to to obtain the size of an array.
It isn't made of electrons and fields of force and scalar vectors and all of that fancy stuff.
A scalar physical quantity that describes the amount of work that can be performed by a force.
C structures allow the grouping of scalar variables, such as the coordinates of a point.
As an equation, this condition can bewritten as D f= λ f{\displaystyle Df=\lambda f} for some scalar eigenvalue λ.
Millions of scalar fry were raised precisely on the nautilia of Artemia, so this is the best choice.
It defines a vector on all of the x, y coordinates where these scalar functions are properly defined.
A scalar function is computationally and conceptually easier to deal with than a vector function.
That is,it is a 1-form equal to the exterior derivative of some 0-form(scalar field) formula_36.
The scalar feels perfectly in the dense thickets of underwater flora, as its flat body allows it to easily move between plants.
For every element of the list, the value isassigned to$_, the default scalar variable of Perl, and then the block is executed.
A scalar can contain a single value such as a number or a string. It can also contain a reference to another data structure that we will address later.
In particular the devicecould work with both the traditional laser beams(scalar beams) as well as more complex vector beams.
So the work is going to be the force vector, dot, taking the dot part of the force vector with the displacement vector, and this, of course,is a scalar value.
In adiabatic dynamics,interatomic interactions are represented by single scalar potentials called potential energy surfaces.
For some scalar eigenvalue λ.[1][2][3] The solutions to this equation may also be subject to boundary conditions that limit the allowable eigenvalues and eigenfunctions.
Just as the phase of the wave function depends upon the magnetic vector potential,it also depends upon the scalar electric potential.
For the surface case,this can be reduced to a number(scalar), positive, negative, or zero; the non-zero and constant cases being models of the known non-Euclidean geometries.
Some designs, such as Sun Microsystems'UltraSPARC T1 have reverted to simpler(scalar, in-order) designs in order to fit more processors on one piece of silicon.