Example sentences of "unc [coord] [art] [noun sg] " in BNC.

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1 It is either unc or a triple , whose first component is a set of directed channels , the output channels having a multiplicity .
2 We may , however , observe that ( 4 ) may be written unc i.e. as the sum of unc and a rank 1 matrix of which the rows are proportional to the second row of
3 Now , the unit price is dropped to unc and a lump sum fee of unc is charged to everyone who buys the good .
4 Notes 1.11.2 ( i ) What we are actually doing in 1.11.1(i) is to associate with the sequence unc and the element c ε J the element unc in J.
5 Here we premultiply the first of Equations ( 10 ) by unc and the second by
6 The potential difference may be obtained as follows unc and the capacitance per unit length
7 Assume that ring 1 carries a unc and the resistance and self-inductance of ring 2 are given as L2 and R2 .
8 We may , in fact , reinterpret any of the diagrams of Figs ( 2.25 ) -(2.31) by assuming that the whole space is filled with a material of conductivity unc and the field lines are now the lines of current flow as well .
9 It is clear that the formulae just established provide a method of solution for problem ( a ) since unc and the computer can reciprocate both B and unc and perform the required multiplications .
10 A quadratic form unc and the matrix A within f , are said to be positive definite ( pos. def. ) if unc for all real , non-null vectors x .
11 Finally , if we are seeking the complementary function of the equations , we write x proportional to exp unc and obtain unc as the equations determining unc and the ratio unc In abbreviated form this can be written
12 In the alternative form the system matrix , modal matrix and spectral matrix of ( 17 ) are , respectively , unc and the reader is invited to check that these matrices satisfy ( 17 ) .
13 Assuming that θ = 0 at t = 0 the angular position of the loop is given by unc and the flux across the loop may be obtained as
14 However , if we premultiply ( 6 ) by AT as in ( 4 ) we get unc and the solution , by inspection , is x = { 1 , -2,1 } , i.e. unc If we now return to ( 6 ) and use this solution , we find unc which compares very favourably with the result given earlier .
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