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86_a_lob_a02
Its terms have set the Prime Minister an exacting problem.

n86_a_lob_a02 n86_a_lob_a02__1_1_1_1_1 Its n86_a_lob_a02__1_1_2_1 terms n86_a_lob_a02__1_2_1 have n86_a_lob_a02__1_3_1_1 set n86_a_lob_a02__1_3_2_1_1 the n86_a_lob_a02__1_3_2_2_1 Prime n86_a_lob_a02__1_3_2_3_1 Minister n86_a_lob_a02__1_3_3_1_1 an n86_a_lob_a02__1_3_3_2_1_1 exacting n86_a_lob_a02__1_3_3_3_1 problem n86_a_lob_a02__1_4_1 . n86_a_lob_a02__1 IP-MAT n86_a_lob_a02__1_1 NP-SBJ n86_a_lob_a02__1->n86_a_lob_a02__1_1 n86_a_lob_a02__1_2 HV;_cat_Ve_ n86_a_lob_a02__1->n86_a_lob_a02__1_2 n86_a_lob_a02__1_3 IP-PPL-CAT n86_a_lob_a02__1->n86_a_lob_a02__1_3 n86_a_lob_a02__1_4 PUNC n86_a_lob_a02__1->n86_a_lob_a02__1_4 n86_a_lob_a02__1_1_1 NP-GEN n86_a_lob_a02__1_1->n86_a_lob_a02__1_1_1 n86_a_lob_a02__1_1_2 NS n86_a_lob_a02__1_1->n86_a_lob_a02__1_1_2 n86_a_lob_a02__1_1_1_1 PRO;_genm_ n86_a_lob_a02__1_1_1->n86_a_lob_a02__1_1_1_1 n86_a_lob_a02__1_1_1_1->n86_a_lob_a02__1_1_1_1_1 n86_a_lob_a02__1_1_2->n86_a_lob_a02__1_1_2_1 n86_a_lob_a02__1_2->n86_a_lob_a02__1_2_1 n86_a_lob_a02__1_3_1 VVN;__ n86_a_lob_a02__1_3->n86_a_lob_a02__1_3_1 n86_a_lob_a02__1_3_2 NP-OB2 n86_a_lob_a02__1_3->n86_a_lob_a02__1_3_2 n86_a_lob_a02__1_3_3 NP-OB1 n86_a_lob_a02__1_3->n86_a_lob_a02__1_3_3 n86_a_lob_a02__1_3_1->n86_a_lob_a02__1_3_1_1 n86_a_lob_a02__1_3_2_1 D n86_a_lob_a02__1_3_2->n86_a_lob_a02__1_3_2_1 n86_a_lob_a02__1_3_2_2 N n86_a_lob_a02__1_3_2->n86_a_lob_a02__1_3_2_2 n86_a_lob_a02__1_3_2_3 N n86_a_lob_a02__1_3_2->n86_a_lob_a02__1_3_2_3 n86_a_lob_a02__1_3_2_1->n86_a_lob_a02__1_3_2_1_1 n86_a_lob_a02__1_3_2_2->n86_a_lob_a02__1_3_2_2_1 n86_a_lob_a02__1_3_2_3->n86_a_lob_a02__1_3_2_3_1 n86_a_lob_a02__1_3_3_1 D n86_a_lob_a02__1_3_3->n86_a_lob_a02__1_3_3_1 n86_a_lob_a02__1_3_3_2 ADJP n86_a_lob_a02__1_3_3->n86_a_lob_a02__1_3_3_2 n86_a_lob_a02__1_3_3_3 N n86_a_lob_a02__1_3_3->n86_a_lob_a02__1_3_3_3 n86_a_lob_a02__1_3_3_1->n86_a_lob_a02__1_3_3_1_1 n86_a_lob_a02__1_3_3_2_1 ADJ n86_a_lob_a02__1_3_3_2->n86_a_lob_a02__1_3_3_2_1 n86_a_lob_a02__1_3_3_2_1->n86_a_lob_a02__1_3_3_2_1_1 n86_a_lob_a02__1_3_3_3->n86_a_lob_a02__1_3_3_3_1 n86_a_lob_a02__1_4->n86_a_lob_a02__1_4_1 
( (IP-MAT (NP-SBJ (NP-GEN (PRO;_genm_ Its;{its}))
                  (NS terms;{term}))
          (HV;_cat_Ve_ have;{have})
          (IP-PPL-CAT (VVN;__ set;{set})
                      (NP-OB2 (D the;{the})
                              (N Prime;{prime})
                              (N Minister;{minister}))
                      (NP-OB1 (D an;{an})
                              (ADJP (ADJ exacting;{exacting}))
                              (N problem;{problem})))
          (PUNC .))
  (ID 86_a_lob_a02))


%3 r_0086_0008__an_r_0086_0010__problem an problem r_0086_0009__exacting exacting r_0086_0008__an_r_0086_0010__problem->r_0086_0009__exacting [attrib] r_0086_0004__set set r_0086_0004__set->r_0086_0008__an_r_0086_0010__problem [arg1] r_0086_0005__the_r_0086_0006__Prime_r_0086_0007__Minister the Prime Minister r_0086_0004__set->r_0086_0005__the_r_0086_0006__Prime_r_0086_0007__Minister [arg2] r_0086_0002__terms terms r_0086_0004__set->r_0086_0002__terms [arg0] r_0086_0001__Its Its r_0086_0002__terms->r_0086_0001__Its [gen] r_0086_0003__have have r_0086_0003__have->r_0086_0004__set [scope] 
arc(r_0086_0002__terms,r_0086_0001__Its,gen).
arc(r_0086_0003__have,r_0086_0004__set,scope).
arc(r_0086_0004__set,r_0086_0002__terms,arg0).
arc(r_0086_0004__set,r_0086_0005__the_r_0086_0006__Prime_r_0086_0007__Minister,arg2).
arc(r_0086_0004__set,r_0086_0008__an_r_0086_0010__problem,arg1).
arc(r_0086_0008__an_r_0086_0010__problem,r_0086_0009__exacting,attrib).


%3 r_0086_0002__terms terms r_0086_0001__Its Its r_0086_0002__terms->r_0086_0001__Its [gen] r_0086_0003__have_r_0086_0004__set have set r_0086_0003__have_r_0086_0004__set->r_0086_0002__terms [arg0] r_0086_0005__the_r_0086_0006__Prime_r_0086_0007__Minister the Prime Minister r_0086_0003__have_r_0086_0004__set->r_0086_0005__the_r_0086_0006__Prime_r_0086_0007__Minister [arg2] r_0086_0008__an_r_0086_0010__problem an problem r_0086_0003__have_r_0086_0004__set->r_0086_0008__an_r_0086_0010__problem [arg1] r_0086_0009__exacting exacting r_0086_0008__an_r_0086_0010__problem->r_0086_0009__exacting [attrib] 
fof(formula,axiom,
    ? [R_0086_0001__ITS,R_0086_0002__TERMS,R_0086_0005__THE_R_0086_0006__PRIME_R_0086_0007__MINISTER,R_0086_0009__EXACTING,R_0086_0008__AN_R_0086_0010__PROBLEM,R_0086_0003__HAVE_R_0086_0004__SET] :
      ( r_0086_0001__Its(R_0086_0001__ITS)
      & r_0086_0005__the_r_0086_0006__Prime_r_0086_0007__Minister(R_0086_0005__THE_R_0086_0006__PRIME_R_0086_0007__MINISTER)
      & r_0086_0009__exacting(R_0086_0009__EXACTING)
      & r_0086_0003__have_r_0086_0004__set(R_0086_0003__HAVE_R_0086_0004__SET)
      & has_arg1(R_0086_0003__HAVE_R_0086_0004__SET,R_0086_0008__AN_R_0086_0010__PROBLEM)
      & r_0086_0008__an_r_0086_0010__problem(R_0086_0008__AN_R_0086_0010__PROBLEM)
      & has_attrib(R_0086_0008__AN_R_0086_0010__PROBLEM,R_0086_0009__EXACTING)
      & has_arg2(R_0086_0003__HAVE_R_0086_0004__SET,R_0086_0005__THE_R_0086_0006__PRIME_R_0086_0007__MINISTER)
      & has_arg0(R_0086_0003__HAVE_R_0086_0004__SET,R_0086_0002__TERMS)
      & r_0086_0002__terms(R_0086_0002__TERMS)
      & has_gen(R_0086_0002__TERMS,R_0086_0001__ITS) ) ).