A line running from Cape Aspro ( 28 ° 16 ' E ) in Asia Minor, to Cum Burnù ( Capo della Sabbia ) the Northeast extreme of the Island of Rhodes, through the island to Cape Prasonisi, the Southwest point thereof, on to Vrontos Point ( 35 ° 33 ' N ) in Skarpanto < nowiki >< nowiki ></ nowiki >, through this island to Castello Point, the South extreme thereof, across to Cape Plaka ( East extremity of Crete ), through Crete to Agria Grabusa, the Northwest extreme thereof, thence to Cape Apolitares in Antikithera Island, through the island to Psira Rock ( off the Northwest point ) and across to Cape Trakhili in Kithera Island, through Kithera to the Northwest point ( Cape Karavugia ) and thence to Cape Santa Maria () in the Morea.

Amide can also refer to the conjugate base of ammonia ( the anion H < sub > 2 </ sub > N < sup >–</ sup >) or of an organic amine ( an anion R < sub > 2 </ sub > N < sup >–</ sup >).

As seen from the definition, the derived SI units of angular momentum are newton meter seconds ( N · m · s or kg · m < sup > 2 </ sup > s < sup >− 1 </ sup >) or joule seconds ( J · s ).

Let ( m, n ) be a pair of amicable numbers with m < n, and write m = gM and n = gN where g is the greatest common divisor of m and n. If M and N are both coprime to g and square free then the pair ( m, n ) is said to be regular, otherwise it is called irregular or exotic.

Division of whole numbers can be thought of as a function ; if Z is the set of integers, N < sup >+</ sup > is the set of natural numbers ( except for zero ), and Q is the set of rational numbers, then division is a binary function from Z and N < sup >+</ sup > to Q.

The Boltzmann distribution for the fractional number of particles N < sub > i </ sub > / N occupying a set of states i possessing energy E < sub > i </ sub > is:

For the case of a non-commutative base ring R and a right module M < sub > R </ sub > and a left module < sub > R </ sub > N, we can define a bilinear map, where T is an abelian group, such that for any n in N, is a group homomorphism, and for any m in M, is a group homomorphism too, and which also satisfies

If A is expressed as an N × N matrix, then A < sup >†</ sup > is its conjugate transpose.

In inorganic chemistry, salts containing the C ≡ N < sup >−</ sup > ion are referred to as cyanides.

The order N is of particular importance in analog filters, because an N < sup > th </ sup > order electronic filter requires N reactive elements ( capactors and / or inductors ) to implement.

The best-known FFT algorithms depend upon the factorization of N, but there are FFTs with O ( N log N ) complexity for all N, even for prime N. Many FFT algorithms only depend on the fact that is an th primitive root of unity, and thus can be applied to analogous transforms over any finite field, such as number-theoretic transforms.

< th > Speed :</ th >< td > 43 miles per hour </ td >< td > 38 miles per hour </ td >< td > N / A </ td >

< th > Range :</ th >< td > 614 miles </ td >< td > 200 miles </ td >< td > N / A </ td >

< th > Crew :</ th >< td > 2 </ td >< td > 2 </ td >< td > N / A </ td >

< th > Engine :</ th >< td > 430 hp Detroit Diesel Series 92 ( 8V92TA )</ td >< td ></ td >< td > N / A </ td >

< th > Transmission :</ th >< td > 5-speed automatic </ td >< td ></ td >< td > N / A </ td >

where the index i iterates the components, N < sub > i </ sub > is the mole fraction of the i < sup > th </ sup > component in the solution, P is the pressure, the index T refers to constant temperature, V < sub > i, aq </ sub > is the partial molar volume of the i < sup > th </ sup > component in the solution, V < sub > i, cr </ sub > is the partial molar volume of the i < sup > th </ sup > component in the dissolving solid, and R is the universal gas constant.

In the first coin tosses, the player following the martingale strategy loses units, accumulating a total loss of On the N < sup > th </ sup > toss, there is a win of 2 < sup > N </ sup > units, resulting in a net gain of 1 unit over the first N tosses.

The Bessel functions of the second kind, denoted by Y < sub > α </ sub >( x ), occasionally denoted instead by N < sub > α </ sub >( x ), are solutions of the Bessel differential equation.

However, the law of mass action is valid only for concerted one-step reactions that proceed through a single transition state and is not valid in general because rate equations do not, in general, follow the stoichiometry of the reaction as Guldberg and Waage had proposed ( see, for example, nucleophilic aliphatic substitution by S < sub > N </ sub > 1 or reaction of hydrogen and bromine to form hydrogen bromide ).

Below this temperature, molecular nitrogen ( N < sub > 2 </ sub >) is favored.

: 2 CO + 2 NO → 2 CO < sub > 2 </ sub > + N < sub > 2 </ sub >

Common source gases include silane and oxygen, dichlorosilane ( SiCl < sub > 2 </ sub > H < sub > 2 </ sub >) and nitrous oxide ( N < sub > 2 </ sub > O ), or tetraethylorthosilicate ( TEOS ; Si ( OC < sub > 2 </ sub > H < sub > 5 </ sub >)< sub > 4 </ sub >).

Since a ruled surface of order N with N concurrent generators is necessarily a cone, it follows finally that every line through a point, P, of **zg meets its image at P, as asserted.

In their names, S stands for substitution, N for nucleophilic, and the number represents the kinetic order of the reaction, unimolecular or bimolecular.

* The cofinality of the real numbers with their usual ordering is ℵ < sub > 0 </ sub >, since N is cofinal in R. The usual ordering of R is not order isomorphic to c, the cardinality of the real numbers, which has cofinality strictly greater than ℵ < sub > 0 </ sub >.

* The set of natural numbers N with the ordinary order ≤ is a directed set ( and so is every totally ordered set ).

The complexity of such a system is specified by its order N. N is often a constraint on the design of a transfer function since it specifies the number of reactive components in an analog circuit ; in a digital IIR filter the number of computations required is proportional to N.

The convolution integral ( or summation ) above need only extend to the full duration of the impulse response T, or the order N in a discrete time filter.

The complexity of any such filter is given by the order N, which describes the order of the rational function describing the frequency response.

A discrete-time FIR filter of order N. The top part is an N-sample delay line ; each delay step is denoted z < sup >- 1 </ sup >.

When the news of Ribbentrop's remarks was leaked to the Polish press despite Colonel Beck's order to the censors on 27 March, it caused anti-German riots in Poland with the local N. S. D. A. P headquarters in the ethnically mixed town of Lininco destroyed by a mob.

For example, N < sub > 2 </ sub >, with eight electrons in bonding orbitals and two electrons in antibonding orbitals, has a bond order of three, which constitutes a triple bond.

It is the simplest numeral system to represent natural numbers: in order to represent a number N, an arbitrarily chosen symbol representing 1 is repeated N times.

He suggested that the United States should be prepared to go to war with the United Kingdom in order to annex the entire Oregon Country up to Russian-owned Alaska at latitude 54 ° 40 ′ N.

Although a digital filter can be an IIR filter if the algorithm implementing it includes feedback, it is also possible to easily implement a filter whose impulse truly goes to zero after N time steps ; this is called a finite impulse response ( FIR ) filter.

* Finite impulse response, or FIR, filters express each output sample as a weighted sum of the last N inputs, where N is the order of the filter.

The impulse response of an Nth-order discrete-time FIR filter ( i. e., with a Kronecker delta impulse input ) lasts for N + 1 samples, and then settles to zero.

A discrete-time FIR filter of order N. The top part is an N-stage delay line with N + 1 taps.

* Matlab code ; Matlab code for " Equiripple FIR filter design by the FFT algorithm " by A. Enis Cetin, O. N. Gerek and Y. Yardimci, IEEE Signal Processing Magazine, 1997.

If a filter is implemented using, for instance, biquad stages using op-amps, N / 2 stages will be needed.

The response of the filter depends on the weighting coefficients denoted b < sub > 0 </ sub >, b < sub > 1 </ sub >, .... b < sub > N </ sub >.

For instance, if all of the coefficients were equal to unity, a so-called boxcar function, then it would implement a low-pass filter with a low frequency gain of N + 1 and a frequency response given by the sinc function.

* N. Levinson, “ The Wiener RMS ( root mean square ) error criterion in filter design and prediction ,” Journal of Mathematics and Physics, vol.

where the order of the filter is the greater of N or M.

In general, this form requires 2N delay elements ( for both input and output signals ) for a filter of order N.

The alternate Direct Form II only needs N delay units, where N is the order of the filter – potentially half as much as Direct Form I.

Cascading direct form II sections result in N delay elements for filter order of N. Cascading direct form I sections result in N + 2 delay elements since the delay elements of the input of any section ( except the first section ) are a redundant with the delay elements of the output of the preceding section.