Математическое моделирование при трех уровнях факторов по программам на языках Бейсик и Турбо Паскаль. Черный А.А. - 16 стр.

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                    N                              N                      N
                   ∑ xo ,u ⋅ yu                ∑ yu                       ∑ x1n ,u ⋅ yu
                   u =1                        u =1                       u =1
     b0' =                N
                                           =                ; b1n =              N
                                                                                                   ;
                                                       N
                        ∑      xo2,u                                          ∑       x12n ,u
                        u =1                                                  u =1


                      N                                                    N
                    ∑ x 2n ,u ⋅ y u                                       ∑ x3n ,u ⋅ yu
                    u =1                                                  u =1
     b2 n =                N
                                               ;                b3n =            N
                                                                                                   ;
                          ∑ x 22n ,u                                           ∑ x32n ,u
                          u =1                                                 u =1


                N                                                                    N
               ∑ x1n ,u ⋅ x2n ,u ⋅ yu                                            ∑ x1n ,u ⋅ x3n ,u ⋅ yu
               u =1                                                              u =1
b1n ,2 n =      N
                                                       ;         b1n ,3n =        N
                                                                                                                 ;
               ∑ ( x1n ,u ⋅ x2n ,u )               2
                                                                                  ∑ ( x1n ,u ⋅ x3n ,u )    2

               u =1                                                               u =1
                   N                                                             N
                   ∑ x2n,u ⋅ x3n,u ⋅ yu                                        ∑ x1n ,u ⋅ x2n ,u ⋅ x3n ,u ⋅ yu
                u =1                                                           u =1
b2n,3n =          N
                                                           ; b1n ,2 n ,3n =     N
                                                                                                                         ;
                   ∑ ( x2n,u ⋅ x3n,u )                 2
                                                                               ∑ ( x1n ,u ⋅ x2n ,u ⋅ x3n ,u )        2

                   u =1                                                        u =1
         N                                                                    N
        ∑ x1r ,u ⋅ yu                                                       ∑ x2r ,u ⋅ yu
        u =1                                                               u =1
b1r =          N
                                   ;                             b2 r =              N
                                                                                                       ;
             ∑      x12r ,u                                                      ∑       x22r ,u
             u =1                                                                u =1


          N                                                                          N
         ∑ x3r ,u ⋅ yu                                                            ∑ x1n ,u ⋅ x2r ,u ⋅ yu
         u =1                                                                    u =1
b3r =           N
                                       ;                          b1n ,2 r =      N
                                                                                                                 ;
               ∑        x32r ,u                                                      ∑ ( x1n ,u ⋅ x2r ,u )   2

               u =1                                                               u =1
                N                                                                 N
               ∑ x1n ,u ⋅ x3r ,u ⋅ yu                                             ∑ x2n ,u ⋅ x1r ,u ⋅ yu
               u =1                                                              u =1
b1n ,3r =       N
                                                       ;          b2 n ,1r =      N
                                                                                                                 ;
               ∑ ( x1n ,u ⋅ x3r ,u )               2
                                                                                  ∑ ( x2n ,u ⋅ x1r ,u )      2

               u =1                                                               u =1




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