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right-hand and side
Rourke could see it better out the right-hand side, and he said, `` yes.
He tugged the brim of his hat low as he approached, stepped out into the street just behind the car and strode around to the right-hand side.
The wall follows typical Mycenaean convention in that it followed the natural contour of the terrain and its gate was arranged obliquely, with a parapet and tower overhanging the incomers ' right-hand side, thus facilitating defense.
Some writing systems of the world, notably the Arabic and Hebrew scripts, and derived systems such as the Urdu, Persian, Yiddish, Jawi, and Ladino scripts, are written in a form known as right-to-left ( RTL ), in which writing begins at the right-hand side of a page and concludes at the left-hand side.
A small number of pockets of land on the right-hand side of the river Dragonja in Istria have remained under Croatian jurisdiction after the river was re-routed after the Second World War.
where the right-hand side represents the probability that the random variable X takes on a value less than or
The first term on the right-hand side of this equation gives the local rate of change of the property occurring at position.
The second term of the right-hand side is the convective rate of change and expresses the contribution of the particle changing position in space ( motion ).
* a finite set of production rules ( left-hand side right-hand side ) where each side consists of a sequence of these symbols
A rule may be applied to a sequence of symbols by replacing an occurrence of the symbols on the left-hand side of the rule with those that appear on the right-hand side.
Such a grammar restricts its rules to a single nonterminal on the left-hand side and a right-hand side consisting of a single terminal, possibly followed ( or preceded, but not both in the same grammar ) by a single nonterminal.
Here the left-hand side represents the true difference between the value of g at a and at, whereas the right-hand side represents the approximation determined by the derivative plus an error term.
After regrouping the terms, the right-hand side becomes:
Cartoon Network aired a 20-second segment with black dots tracing Jones ' portrait with the words " We'll miss you-Cartoon Network " fading in on the right-hand side, which aired during a four-hour installment of The Looney Tunes Show that featured nothing but Chuck Jones ' most memorable cartoon shorts.
The size of a grammar is the sum of the sizes of its production rules, where the size of a rule is one plus the length of its right-hand side.
In many cases the integral on the right-hand side can be evaluated in closed form in terms of elementary functions even though the sum on the left-hand side cannot.
Micrograph of rough endoplasmic reticulum network around the Cell nucleus | nucleus ( shown in lower right-hand side of the picture ).

right-hand and first
The Hummers built there at first were only left-hand drive, but right-hand drive versions were added and exported to Australia and other markets.
The first term in the right-hand side represents the net electromagnetic energy flow into a small volume, while the second term represents the subtracted portion of the work done by free electrical currents that are not necessarily converted into electromagnetic energy ( dissipation, heat ).
The sign at the lower right-hand corner proclaims the site as being "... part of Orange County's first industrial complex.
Then the " opposite ", or ' echo ', of the first stanza, in whatever sense is appropriate to the poem, is composed in the right-hand column of the page.
Rank thus became the first paid member of the psychoanalytic movement, and Freud's " right-hand man " for almost 20 years.
The right-hand species may undergo divergent evolution | divergent, parallel, or convergent evolution at this amino acid position relative to that of the first species.
After the deal and before the first lead, each player must select three of his dealt cards and pass them covertly to his left-hand neighbour, and then accept three cards from his right-hand neighbour.
In the left-hand side of the first equation, the 2 multiplies the sum of 1 and 3 ; on the right-hand side, it multiplies the 1 and the 3 individually, with the products added afterwards.
Berkhamsted's first station ( 1838 ) on the London and Birmingham Railway with the Grand Junction Canal to the right-hand side.
Other major characters include Warbucks ' right-hand men, Punjab, an eight-foot native of India, introduced in 1935, and the Asp, an inscrutably generalized East Asian, who first appeared in 1937.
This is equivalent to saying that to find the precondition, first take the post-condition and replace all occurrences of the left-hand side of the assignment with the right-hand side of the assignment.
Ali began the first round by attacking Foreman with unconventional ( and provocative ) ' right-hand leads '.
The first four figures are called the matres, or Mothers, and form the basis for the rest of the figures in the chart ; they occupy the first four houses in the upper right-hand corner such that the first Mother is to the far right, the second Mother is to her left, and so on ( continuing the right-to-left tradition ).
# The first violins are positioned on the right-hand side of the conductor instead of their usual place on the left side.
For its first two generations, the nameplate was applied to right-hand drive versions of the Opel Kadett for use in the UK.
Proof: Using the same sum for R ( p, n ) as in Lemma 2, we see that since p < sup > 2 </ sup > > 2n, in fact only the first term is nonzero ; this term is exactly the right-hand side of the above equation.
The crusader army was at first successful when the right-hand divisions of Peter and Geoffrey the Monk attacked and defeated the Turks opposed to them.
the nilpotent Heisenberg group ), then all but the first three terms on the right-hand side of the above vanish.
The first term on the left-hand side cancels with the first term on the right-hand side.
They are stated as a vector of first order differential equations with the right-hand side being the vector of partial derivatives of the negative of the Hamiltonian with respect to the state variables.

right-hand and equation
because it divides both terms on the right-hand side of the equation.
Bringing the middle term to the right-hand side transforms this second equation into
The left-hand side is like the original Dirac equation and the right-hand side is the interaction with the electromagnetic field.
If the right-hand side is specified as a given function, f ( x, y, z ), i. e., if the whole equation is written as
In this context it is commonly moved onto the right-hand side of the equation, and defined with a proportionality factor of 8: Λ = 8ρ < sub > vac </ sub >, where unit conventions of general relativity are used ( otherwise factors of G and c would also appear ).
If h has a fixed ( non-zero ) value instead of approaching zero, then the right-hand side of the above equation would be written
where the last right-hand term of the previous equation is easily obtained by remembering that the Fourier transform of a Dirac pulse is a complex exponential function, an eigenfunction of every linear system.
* In partial differential equations, when the solution of the equation for the right-hand side f can be written as Tf above, the kernel becomes the Green's function.
Thus, if one of the coordinates, say q < sub > k </ sub >, does not appear in the Lagrangian, the right-hand side of the equation is zero, and the left-hand side requires that
The right-hand side of this equation minus is the approximation by the trapezoid rule of the integral
In terms of the intuitive description above, the left-hand side of the equation represents the total of the sources in the volume V, and the right-hand side represents the total flow across the boundary ∂ V.
Using this property as definition, and extending this to the empty product, the right-hand side of this equation evaluates to b < sup > 0 </ sup > for the empty set, because the empty sum is defined to be zero, and therefore the empty product must equal one.
So that the right-hand side of equation () is unaffected by changing the basis f to any other basis fA whatsoever.
In the analysis that follows we derive the equation of motion of a projectile as measured from an inertial frame, at rest with respect to the ground, to which frame is associated a right-hand co-ordinate system-the origin of which coincides with the point of launch of the projectile.
Note that the right-hand side of the equation is also the price of buying a forward contract on the stock with delivery price K. Thus one way to read the equation is that a portfolio that is long a call and short a put is the same as being long a forward.
Thus, the next value () is determined by the present value () plus the weighted average of four increments, where each increment is the product of the size of the interval, h, and an estimated slope specified by function f on the right-hand side of the differential equation.
We then obtain an equation of polynomials whose left-hand side is simply p ( x ) and whose right-hand side has coefficients which are linear expressions of the constants A < sub > ir </ sub >, B < sub > ir </ sub >, and C < sub > ir </ sub >.
A common technique is the substitution method: Find an equation that can be written with a single variable as the subject, in which the left-hand side variable does not occur in the right-hand side expression.
In these equations x < sub > it </ sub > is the k < sub > i </ sub >× 1 vector of exogenous variables, y < sub > it </ sub > is the dependent variable, y < sub >− i, t </ sub > is the n < sub > i </ sub >× 1 vector of all other endogenous variables which enter the i < sup > th </ sup > equation on the right-hand side, and u < sub > it </ sub > are the error terms.
where y < sub > i </ sub > and u < sub > i </ sub > are T × 1 vectors, X < sub > i </ sub > is a T × k < sub > i </ sub > matrix of exogenous regressors, and Y < sub >− i </ sub > is a T × n < sub > i </ sub > matrix of endogenous regressors on the right-hand side of the i < sup > th </ sup > equation.

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