Product symbol

ORF/Locus Tag" Gene Product Symbol aa CDD Number Putative Function... 

ORF /Locus Tag" Gene product Symbol aa CDD Number" Putative Function... 

A chemical equation has reactants on the left side and products on the right side. The reactants and products are separated by a yields sign (—>). Numbers called coefficients are placed in front of the reactant and product symbols these numbers balance the equation. What is being balanced in a chemical equation Incorporate the law of conservation of matter into your answer. 

The subscripts in the scalar product symbols (( ) r/>) indicate on which space they act. Thus we conclude that in Floquet theory the photon coherent states are represented by the square root of a 8-function, which we denote by cI>e0(0) = (27i)1/281/2(0 — 0o). Since we will be interested in expectation values, only e0 2 will appear in our calculations. The formal calculus rules for 81/2(0 — 0o) are given in Ref. 9. 

Vectors may be multiplied in two ways. These are called the scaler product (or dot product) symbolized by the two vectors separated by a dot, namely a b, and the vector product (or cross product) symbolized by the two vectors separated by a multiplication sign, a x b. The dot product is always a scaler quantity, and the cross product is a vector. 

SaintPeter (San Pedro) as a CEO promoting a "product " Symbolically it works -- my book is "selling" the Shamanic use of psychedelics. 

This autocorrelation function is the convolution product (symbolized by ) of g(r) and is defined by... 

A shorthand notation is used to show the transformation(s) which led to the illustrated product. Symbols are defined as follows. 

The vibrational contribution reduces to a Debye-Waller Factor where < > is the mean-square vibrational amplitude of the scatterer resulting from all the vibrations of the system. This factor multiplies the convolution product (symbol 0) of the translational and rotational scattering laws. 

The set made by the three p-type functions in a Gaussian type orbital (GTO) framework is sufQciently simple to be used as an example but at the same time provides a yet unexplored context, which can show how QS techniques can handle quantum system states, even degenerate ones. The set of p-type Gaussian functions can be collected into a vector, which can be associated in turn to three degenerate model wavefunctions Ip) = qr exp(-alrP) where q is a normalization factor, r = (x,y,z), and a is an arbitrary positive-definite parameter. The set of attached DF can be also written as a vector Id) = q (r r) exp (-2alrP), where the position vector product symbol is defined employing the inward product (r r) = Thus, the components... 

Boolean algebra can be considered a generalization of the algebra of sets and the algebra of propositions. Boolean algebra can be defined as a nonempty set B together with two binary operations, sum (symbol +) and product (symbol x). There is also a unary operation, complement (symbol 0). In set B, there are two distinct elements, a zero element... 

Figure 9. Effects of browning reaction products for the autoxidation of potato chips at 50°C. Potatoes were sliced with deep-fat-fried in soybean oil with our without browning reaction products. Symbols are o — o, POV and o — o, CV of soybean oil in potato chips (control), — , POV and -—, CV of soybean oil browning reaction products (10%) in potato chips. Arrows indicate the development of oxidized flavor.

This multiple integration is most conveniently done since they are not of the iterated type. Since the integration range in all the state variables is the same, it is convenient in the sequel to introduce the product symbol in representing the multiple integration in (7.1.4) as... 

The state of the fields under consideration is their tensor product. Symbolically ... 

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