is mentioned by
Thm* (a = a' mod m) (b = b' mod m) ((a = b mod m) (a' = b' mod m)) | [eqmod_fun] |
Thm* m = m' Thm* Thm* (a = a' mod m) (b = b' mod m) ((a = b mod m) (a' = b' mod m')) | [eqmod_functionality_wrt_eqmod] |
[coprime_bezout_id] | |
[coprime_iff_ndivides] | |
[coprime_elim_a] | |
[coprime_elim] | |
[atomic_char] | |
[gcd_p_neg_arg_2] | |
Thm* (a ~ a') (b ~ b') (y ~ y') (GCD(a;b;y) GCD(a';b';y')) | [gcd_p_functionality_wrt_assoced] |
[divides_nchar] | |
[pdivisor_bound] | |
[assoced_nelim] | |
[unit_chars] | |
[assoced_elim] | |
[assoced_functionality_wrt_assoced] | |
[divides_functionality_wrt_assoced] | |
[divides_iff_div_exact] | |
[divides_iff_rem_zero] | |
[assoc_reln] | |
[divides_of_absvals] | |
[divides_invar_2] | |
[divides_invar_1] |
In prior sections: core well fnd int 1 bool 1 int 2 rel 1
Try larger context:
StandardLIB
IF YOU CAN SEE THIS go to /sfa/Nuprl/Shared/Xindentation_hack_doc.html