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39_a_lob_j01
The mass of oxygen per year at this rate would be approximately 8 x 10<bsup>-1<ast><bsup> g / year which is a quite insignificant quantity.

%3 r_0039_0001__The_r_0039_0002__mass The mass r_0039_0004__oxygen oxygen r_0039_0001__The_r_0039_0002__mass->r_0039_0004__oxygen of r_0039_0006__year year r_0039_0004__oxygen->r_0039_0006__year per r_0039_0008__this_r_0039_0009__rate this rate r_0039_0004__oxygen->r_0039_0008__this_r_0039_0009__rate at r_0039_0010__would would r_0039_0011__be be r_0039_0010__would->r_0039_0011__be [scope] r_0039_0011__be->r_0039_0001__The_r_0039_0002__mass [arg0] r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g 8 x 10 bsup -1 ast bsup  g r_0039_0011__be->r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g [prd] r_0039_0012__approximately approximately r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g->r_0039_0012__approximately [qual] r_0039_0018__year year r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g->r_0039_0018__year sol r_0039_0020__is is r_0039_0020__is->r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g [arg0] r_0039_0021__a_r_0039_0024__quantity a [quant]ity r_0039_0020__is->r_0039_0021__a_r_0039_0024__quantity [prd] r_0039_0023__insignificant insignificant r_0039_0021__a_r_0039_0024__quantity->r_0039_0023__insignificant [attrib] r_0039_0022__quite quite r_0039_0023__insignificant->r_0039_0022__quite [qual] 
arc(r_0039_0001__The_r_0039_0002__mass, r_0039_0004__oxygen, r_0039_0003__of).
arc(r_0039_0004__oxygen, r_0039_0006__year, r_0039_0005__per).
arc(r_0039_0004__oxygen, r_0039_0008__this_r_0039_0009__rate, r_0039_0007__at).
arc(r_0039_0010__would, r_0039_0011__be, scope).
arc(r_0039_0011__be, r_0039_0001__The_r_0039_0002__mass, arg0).
arc(r_0039_0011__be, r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g, prd).
arc(r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g, r_0039_0012__approximately, qual33).
arc(r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g, r_0039_0018__year, r_0039_0017___sol_).
arc(r_0039_0020__is, r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g, arg0).
arc(r_0039_0020__is, r_0039_0021__a_r_0039_0024__quantity, prd).
arc(r_0039_0021__a_r_0039_0024__quantity, r_0039_0023__insignificant, attrib59).
arc(r_0039_0023__insignificant, r_0039_0022__quite, qual60).


%3 r_0039_0023__insignificant insignificant r_0039_0022__quite quite r_0039_0023__insignificant->r_0039_0022__quite [qual] r_0039_0021__a_r_0039_0024__quantity a [quant]ity r_0039_0021__a_r_0039_0024__quantity->r_0039_0023__insignificant [attrib] r_0039_0020__is is r_0039_0020__is->r_0039_0021__a_r_0039_0024__quantity [prd] r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g 8 x 10 bsup -1 ast bsup  g r_0039_0020__is->r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g [arg0] r_0039_0018__year year r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g->r_0039_0018__year sol r_0039_0012__approximately approximately r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g->r_0039_0012__approximately [qual] r_0039_0010__would_r_0039_0011__be would be r_0039_0010__would_r_0039_0011__be->r_0039_0013__8_r_0039_0014__x_r_0039_0015__10_bsup___hyphen__1_ast__bsup__r_0039_0016__g [prd] r_0039_0001__The_r_0039_0002__mass The mass r_0039_0010__would_r_0039_0011__be->r_0039_0001__The_r_0039_0002__mass [arg0] r_0039_0004__oxygen oxygen r_0039_0001__The_r_0039_0002__mass->r_0039_0004__oxygen of r_0039_0008__this_r_0039_0009__rate this rate r_0039_0004__oxygen->r_0039_0008__this_r_0039_0009__rate at r_0039_0006__year year r_0039_0004__oxygen->r_0039_0006__year per 
fof(formula,axiom,
    ? [R_39_10_WOULD_BE,R_39_1_THE_MASS,R_39_4_OXYGEN,R_39_6_YEAR,R_39_8_THIS_RATE,R_39_20_IS,R_39_13_8_X_10_BSUP__HYPHEN_1_AST_BSUP_G,R_39_12_APPROXIMATELY,R_39_18_YEAR,R_39_21_A_QUANTITY,R_39_23_INSIGNIFICANT,R_39_22_QUITE] :
      ( year(R_39_6_YEAR)
      & this_rate(R_39_8_THIS_RATE)
      & approximately(R_39_12_APPROXIMATELY)
      & year(R_39_18_YEAR)
      & quite(R_39_22_QUITE)
      & would_be(R_39_10_WOULD_BE,R_39_1_THE_MASS,R_39_13_8_X_10_BSUP__HYPHEN_1_AST_BSUP_G)
      & the_mass(R_39_1_THE_MASS)
      & of(R_39_1_THE_MASS,R_39_4_OXYGEN)
      & oxygen(R_39_4_OXYGEN)
      & per(R_39_4_OXYGEN,R_39_6_YEAR)
      & at(R_39_4_OXYGEN,R_39_8_THIS_RATE)
      & 8_x_10_bsup__hyphen_1_ast_bsup_g(R_39_13_8_X_10_BSUP__HYPHEN_1_AST_BSUP_G)
      & qual33(R_39_13_8_X_10_BSUP__HYPHEN_1_AST_BSUP_G,R_39_12_APPROXIMATELY)
      & _sol_(R_39_13_8_X_10_BSUP__HYPHEN_1_AST_BSUP_G,R_39_18_YEAR)
      & is(R_39_20_IS,R_39_13_8_X_10_BSUP__HYPHEN_1_AST_BSUP_G,R_39_21_A_QUANTITY)
      & a_quantity(R_39_21_A_QUANTITY)
      & attrib59(R_39_21_A_QUANTITY,R_39_23_INSIGNIFICANT)
      & insignificant(R_39_23_INSIGNIFICANT)
      & qual60(R_39_23_INSIGNIFICANT,R_39_22_QUITE) ) ).


n39_a_lob_j01 n39_a_lob_j01__1_1_1_1 The n39_a_lob_j01__1_1_2_1 mass n39_a_lob_j01__1_1_3_1_1 of n39_a_lob_j01__1_1_3_2_1_1 oxygen n39_a_lob_j01__1_1_3_2_2_1_1 per n39_a_lob_j01__1_1_3_2_2_2_1_1 year n39_a_lob_j01__1_1_3_2_3_1_1 at n39_a_lob_j01__1_1_3_2_3_2_1_1 this n39_a_lob_j01__1_1_3_2_3_2_2_1 rate n39_a_lob_j01__1_2_1 would n39_a_lob_j01__1_3_1_1 be n39_a_lob_j01__1_3_2_1_1_1 approximately n39_a_lob_j01__1_3_2_2_1 8 n39_a_lob_j01__1_3_2_3_1 x n39_a_lob_j01__1_3_2_4_1 10<bsup>-1<ast><bsup> n39_a_lob_j01__1_3_2_5_1 g n39_a_lob_j01__1_3_2_6_1_1 <sol> n39_a_lob_j01__1_3_2_6_2_1_1 year n39_a_lob_j01__1_3_2_7_1_1_1 which n39_a_lob_j01__1_3_2_7_2_1 is n39_a_lob_j01__1_3_2_7_3_1_1 a n39_a_lob_j01__1_3_2_7_3_2_1_1_1 quite n39_a_lob_j01__1_3_2_7_3_2_2_1 insignificant n39_a_lob_j01__1_3_2_7_3_3_1 quantity n39_a_lob_j01__1_4_1 . n39_a_lob_j01__1 IP-MAT n39_a_lob_j01__1_1 NP-SBJ n39_a_lob_j01__1->n39_a_lob_j01__1_1 n39_a_lob_j01__1_2 MD;_cat_Vi_ n39_a_lob_j01__1->n39_a_lob_j01__1_2 n39_a_lob_j01__1_3 IP-INF-CAT n39_a_lob_j01__1->n39_a_lob_j01__1_3 n39_a_lob_j01__1_4 PUNC n39_a_lob_j01__1->n39_a_lob_j01__1_4 n39_a_lob_j01__1_1_1 D n39_a_lob_j01__1_1->n39_a_lob_j01__1_1_1 n39_a_lob_j01__1_1_2 N n39_a_lob_j01__1_1->n39_a_lob_j01__1_1_2 n39_a_lob_j01__1_1_3 PP n39_a_lob_j01__1_1->n39_a_lob_j01__1_1_3 n39_a_lob_j01__1_1_1->n39_a_lob_j01__1_1_1_1 n39_a_lob_j01__1_1_2->n39_a_lob_j01__1_1_2_1 n39_a_lob_j01__1_1_3_1 P-ROLE n39_a_lob_j01__1_1_3->n39_a_lob_j01__1_1_3_1 n39_a_lob_j01__1_1_3_2 NP n39_a_lob_j01__1_1_3->n39_a_lob_j01__1_1_3_2 n39_a_lob_j01__1_1_3_1->n39_a_lob_j01__1_1_3_1_1 n39_a_lob_j01__1_1_3_2_1 N n39_a_lob_j01__1_1_3_2->n39_a_lob_j01__1_1_3_2_1 n39_a_lob_j01__1_1_3_2_2 PP n39_a_lob_j01__1_1_3_2->n39_a_lob_j01__1_1_3_2_2 n39_a_lob_j01__1_1_3_2_3 PP n39_a_lob_j01__1_1_3_2->n39_a_lob_j01__1_1_3_2_3 n39_a_lob_j01__1_1_3_2_1->n39_a_lob_j01__1_1_3_2_1_1 n39_a_lob_j01__1_1_3_2_2_1 P-ROLE n39_a_lob_j01__1_1_3_2_2->n39_a_lob_j01__1_1_3_2_2_1 n39_a_lob_j01__1_1_3_2_2_2 NP n39_a_lob_j01__1_1_3_2_2->n39_a_lob_j01__1_1_3_2_2_2 n39_a_lob_j01__1_1_3_2_2_1->n39_a_lob_j01__1_1_3_2_2_1_1 n39_a_lob_j01__1_1_3_2_2_2_1 N n39_a_lob_j01__1_1_3_2_2_2->n39_a_lob_j01__1_1_3_2_2_2_1 n39_a_lob_j01__1_1_3_2_2_2_1->n39_a_lob_j01__1_1_3_2_2_2_1_1 n39_a_lob_j01__1_1_3_2_3_1 P-ROLE n39_a_lob_j01__1_1_3_2_3->n39_a_lob_j01__1_1_3_2_3_1 n39_a_lob_j01__1_1_3_2_3_2 NP n39_a_lob_j01__1_1_3_2_3->n39_a_lob_j01__1_1_3_2_3_2 n39_a_lob_j01__1_1_3_2_3_1->n39_a_lob_j01__1_1_3_2_3_1_1 n39_a_lob_j01__1_1_3_2_3_2_1 D n39_a_lob_j01__1_1_3_2_3_2->n39_a_lob_j01__1_1_3_2_3_2_1 n39_a_lob_j01__1_1_3_2_3_2_2 N n39_a_lob_j01__1_1_3_2_3_2->n39_a_lob_j01__1_1_3_2_3_2_2 n39_a_lob_j01__1_1_3_2_3_2_1->n39_a_lob_j01__1_1_3_2_3_2_1_1 n39_a_lob_j01__1_1_3_2_3_2_2->n39_a_lob_j01__1_1_3_2_3_2_2_1 n39_a_lob_j01__1_2->n39_a_lob_j01__1_2_1 n39_a_lob_j01__1_3_1 BE;_Ln_ n39_a_lob_j01__1_3->n39_a_lob_j01__1_3_1 n39_a_lob_j01__1_3_2 NP-PRD n39_a_lob_j01__1_3->n39_a_lob_j01__1_3_2 n39_a_lob_j01__1_3_1->n39_a_lob_j01__1_3_1_1 n39_a_lob_j01__1_3_2_1 ADVP n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_1 n39_a_lob_j01__1_3_2_2 NUM n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_2 n39_a_lob_j01__1_3_2_3 SYM n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_3 n39_a_lob_j01__1_3_2_4 FO n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_4 n39_a_lob_j01__1_3_2_5 N n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_5 n39_a_lob_j01__1_3_2_6 PP n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_6 n39_a_lob_j01__1_3_2_7 IP-REL n39_a_lob_j01__1_3_2->n39_a_lob_j01__1_3_2_7 n39_a_lob_j01__1_3_2_1_1 ADV n39_a_lob_j01__1_3_2_1->n39_a_lob_j01__1_3_2_1_1 n39_a_lob_j01__1_3_2_1_1->n39_a_lob_j01__1_3_2_1_1_1 n39_a_lob_j01__1_3_2_2->n39_a_lob_j01__1_3_2_2_1 n39_a_lob_j01__1_3_2_3->n39_a_lob_j01__1_3_2_3_1 n39_a_lob_j01__1_3_2_4->n39_a_lob_j01__1_3_2_4_1 n39_a_lob_j01__1_3_2_5->n39_a_lob_j01__1_3_2_5_1 n39_a_lob_j01__1_3_2_6_1 P-ROLE n39_a_lob_j01__1_3_2_6->n39_a_lob_j01__1_3_2_6_1 n39_a_lob_j01__1_3_2_6_2 NP n39_a_lob_j01__1_3_2_6->n39_a_lob_j01__1_3_2_6_2 n39_a_lob_j01__1_3_2_6_1->n39_a_lob_j01__1_3_2_6_1_1 n39_a_lob_j01__1_3_2_6_2_1 N n39_a_lob_j01__1_3_2_6_2->n39_a_lob_j01__1_3_2_6_2_1 n39_a_lob_j01__1_3_2_6_2_1->n39_a_lob_j01__1_3_2_6_2_1_1 n39_a_lob_j01__1_3_2_7_1 NP-SBJ n39_a_lob_j01__1_3_2_7->n39_a_lob_j01__1_3_2_7_1 n39_a_lob_j01__1_3_2_7_2 BEP;_Ln_ n39_a_lob_j01__1_3_2_7->n39_a_lob_j01__1_3_2_7_2 n39_a_lob_j01__1_3_2_7_3 NP-PRD n39_a_lob_j01__1_3_2_7->n39_a_lob_j01__1_3_2_7_3 n39_a_lob_j01__1_3_2_7_1_1 RPRO n39_a_lob_j01__1_3_2_7_1->n39_a_lob_j01__1_3_2_7_1_1 n39_a_lob_j01__1_3_2_7_1_1->n39_a_lob_j01__1_3_2_7_1_1_1 n39_a_lob_j01__1_3_2_7_2->n39_a_lob_j01__1_3_2_7_2_1 n39_a_lob_j01__1_3_2_7_3_1 D n39_a_lob_j01__1_3_2_7_3->n39_a_lob_j01__1_3_2_7_3_1 n39_a_lob_j01__1_3_2_7_3_2 ADJP n39_a_lob_j01__1_3_2_7_3->n39_a_lob_j01__1_3_2_7_3_2 n39_a_lob_j01__1_3_2_7_3_3 N n39_a_lob_j01__1_3_2_7_3->n39_a_lob_j01__1_3_2_7_3_3 n39_a_lob_j01__1_3_2_7_3_1->n39_a_lob_j01__1_3_2_7_3_1_1 n39_a_lob_j01__1_3_2_7_3_2_1 ADVP n39_a_lob_j01__1_3_2_7_3_2->n39_a_lob_j01__1_3_2_7_3_2_1 n39_a_lob_j01__1_3_2_7_3_2_2 ADJ n39_a_lob_j01__1_3_2_7_3_2->n39_a_lob_j01__1_3_2_7_3_2_2 n39_a_lob_j01__1_3_2_7_3_2_1_1 ADV n39_a_lob_j01__1_3_2_7_3_2_1->n39_a_lob_j01__1_3_2_7_3_2_1_1 n39_a_lob_j01__1_3_2_7_3_2_1_1->n39_a_lob_j01__1_3_2_7_3_2_1_1_1 n39_a_lob_j01__1_3_2_7_3_2_2->n39_a_lob_j01__1_3_2_7_3_2_2_1 n39_a_lob_j01__1_3_2_7_3_3->n39_a_lob_j01__1_3_2_7_3_3_1 n39_a_lob_j01__1_4->n39_a_lob_j01__1_4_1 
( (IP-MAT (NP-SBJ (D The;{the})
                  (N mass;{mass})
                  (PP (P-ROLE of;{of})
                      (NP (N oxygen;{oxygen})
                          (PP (P-ROLE per;{per})
                              (NP (N year;{year})))
                          (PP (P-ROLE at;{at})
                              (NP (D this;{this})
                                  (N rate;{rate}))))))
          (MD;_cat_Vi_ would;{will})
          (IP-INF-CAT (BE;_Ln_ be;{be})
                      (NP-PRD (ADVP (ADV approximately;{approximately}))
                              (NUM 8)
                              (SYM x)
                              (FO 10<bsup>_<hyphen>_1<ast><bsup>)
                              (N g)
                              (PP (P-ROLE <sol>)
                                  (NP (N year;{year})))
                              (IP-REL (NP-SBJ (RPRO which;{which}))
                                      (BEP;_Ln_ is;{be})
                                      (NP-PRD (D a;{a})
                                              (ADJP (ADVP (ADV quite;{quite}))
                                                    (ADJ insignificant;{insignificant}))
                                              (N quantity;{quantity})))))
          (PUNC .))
  (ID 39_a_lob_j01))