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General Solution for Two Degrees of Freedom and Relationship to Jacobian Methods

2 GENERAL SOLUTION FOR TWO DEGREES OF FREEDOM AND RELATIONSHIP TO JACOBIAN METHODS [Pg.401]

In order to obtain the ratio V = —fi/A of coefficients from the vector equation (12.12) in its most general form, let A) and B) represent arbitrary vectors in the two-dimensional space, corresponding to thermodynamic variables A, B, respectively. The successive scalar products of these vectors with (12.12) then lead to the linear equations [Pg.401]

Solving for the 2 x 2 inverse matrix in (12.20), we obtain the desired ratio in the form [Pg.401]

Representative applications of this equation are illustrated in Sidebar 12.7. [Pg.401]

From the definition Cv = TidSf dT )v and (12.22), we obtain the general expression [Pg.401]

The general solution (12.22) reduces to the simpler forms considered previously when we introduce special choices for the variables A and B. Thus, the particular choices  [Pg.402]




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Degree of freedom

Degrees of freedom for

Freedom, degrees

General solution

Generalization to

Jacobian method

Method of Jacobians

Method of solution

Relationship for

Solute relationships

Solution method

Solution methods and

Solution relationships

Two solutions

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