theorem TwoPeopleDifferingInWealth.mk.inj
theorem TwoPeopleDifferingInWealth.mk.inj
: ∀ {p1 p2 : fs83ayjj.Person} {p1Character p2Character : fs83ayjj.MoralCharacter}
  {p1_is_rich : mhhv9dpt.Rich (Subtype.val p1)} {p2_is_not : ¬mhhv9dpt.Rich (Subtype.val p2)}
  {p1_has_character : fs83ayjj.HasMoralCharacter (Subtype.val p1) (Subtype.val p1Character)}
  {p2_has_character : fs83ayjj.HasMoralCharacter (Subtype.val p2) (Subtype.val p2Character)}
  {all_else_equal : mhhv9dpt.SameCircumstancesExceptWealth (Subtype.val p1) (Subtype.val p2)}
  {p1_1 p2_1 : fs83ayjj.Person} {p1Character_1 p2Character_1 : fs83ayjj.MoralCharacter}
  {p1_is_rich_1 : mhhv9dpt.Rich (Subtype.val p1_1)} {p2_is_not_1 : ¬mhhv9dpt.Rich (Subtype.val p2_1)}
  {p1_has_character_1 : fs83ayjj.HasMoralCharacter (Subtype.val p1_1) (Subtype.val p1Character_1)}
  {p2_has_character_1 : fs83ayjj.HasMoralCharacter (Subtype.val p2_1) (Subtype.val p2Character_1)}
  {all_else_equal_1 : mhhv9dpt.SameCircumstancesExceptWealth (Subtype.val p1_1) (Subtype.val p2_1)},
  mhhv9dpt.TwoPeopleDifferingInWealth.mk p1 p2 p1Character p2Character p1_is_rich p2_is_not p1_has_character
        p2_has_character all_else_equal =
      mhhv9dpt.TwoPeopleDifferingInWealth.mk p1_1 p2_1 p1Character_1 p2Character_1 p1_is_rich_1 p2_is_not_1
        p1_has_character_1 p2_has_character_1 all_else_equal_1 →
    p1 = p1_1 ∧ p2 = p2_1 ∧ p1Character = p1Character_1 ∧ p2Character = p2Character_1