Unequal combinations are always disadvantageous to the weaker side.


The miscellaneous works of Oliver Goldsmith, now first uniformly collected (ed. 1791)


Unequal combinations are always disadvantageous to the weaker side.

Unequal combinations are always disadvantageous to the weaker side.

Unequal combinations are always disadvantageous to the weaker side.

Unequal combinations are always disadvantageous to the weaker side.