Superabrasive cutting element having an asperital cutting face and drill bit so equipped

A rotary drill bit for drilling subterranean formations, comprising:

• a bit body including a plurality of cutting elements secured thereto;
• at least one of the plurality of cutting elements having a superabrasive table bonded to a supportive substrate, the superabrasive table including a cutting face having a cutting edge along a periphery thereof and consisting essentially of a plurality of mutually superabrasively bonded individual superabrasive particles comprising:
• a first volume of individual superabrasive particles generally exhibiting a wear rate within a first wear rate distribution range;
• and
• at least one second volume of individual superabrasive particles interspersed with individual superabrasive particles of the first volume, the individual superabrasive particles of the at least one second volume generally exhibiting a wear rate within a second wear rate distribution range different than the first wear rate distribution range;
• wherein the cutting edge of the cutting face, upon contact with a subterranean formation, wears in a nonuniform manner so as to exhibit an asperital profile.