Hello everyone,
I've been tackling LG for some time now, and it seems that practice is paying off. However, in/out LG games still seem to tank my score when I am doing PTs. Therefore, I've been trying to target in/out games specifically, showing me what I may not be fundamentally understanding.
My main problem with in/out is S/N rules, mainly, when do conditional relationships trigger. I will attach two links to help explain my issue.
https://classic.7sage.com/lsat_explanations/lsat-93-section-4-game-3/ (PT 93 S4 G3)
https://classic.7sage.com/lsat_explanations/lsat-61-section-3-game-1/ (PT61 S3 G1)
For example, in PT 93, JY explains that the first rule of the game is based on a conditional relationship. Though the presence of H or G (or both) being in means F is also in, it is suggested that F can be in by itself, meaning one (or both) of H and G can be out. Okay, that makes sense. That is the contrapositive of the rule. From now on, when faced with an in/out game, I will look at the relationship with even more skepticism.
However, this same skepticism created even more doubt when I would drill with other in/out games. In PT 61, I tried applying the same rules of conditional relationship to Q1. Normally, this question would have been easy, but since I was trying to gauge the relationship between rule #3, it came down to choosing either A or C. I picked C, despite knowing A would have been my usual answer. Of course, that was the only question I got wrong, because I didn't know how to apply the conditional relationship.
So far my intuition is telling me that such a conditional relationship similar to PT 93 is only when there is an "if"->"then" clause. I hope someone could let me know if that is the appropriate method of thinking when approaching conditional relationship, and if there are other methods to better clarify?
I was between A and E, but I opted to go for E because I thought the first sentence where the cafe closed down hinted that we would look for the contrapositive of the stim.
Do parallel reasoning questions always ask to mimic the conditional chain of the stim (as A does), or would there ever be a situation where the contrapositive of a conditional chain is asked (where E would be correct)?
#help (Added by Admin)