If aggregate: then constituent targets total to find'aggregate' target variables.
If Dickensian disparity: then foolishness targets wisdom to find'Dickensian disparity' target variables.

Divide wants constituent because multiply needs total. divide will get constituent unless constituent is fixed on multiply, this will cause total to find the aggregate.
Worst wants foolishness because best needs wisdom. worst will get foolishness unless foolishness is fixed on best, this will cause wisdom to find the Dickensian disparity.

If q1n: then q1s targets q1o to find 'q1n' target variables.
If q1n: then q1s targets q1o to find 'q1n' target variables.

q1r wants q1s because q1e needs q1o. q1r will get q1s unless q1s is fixed on q1e, this will cause q1o to find the q1n.
q1r wants q1s because q1e needs q1o. q1r will get q1s unless q1s is fixed on q1e, this will cause q1o to find the q1n.