Support Game show winners choosing between two equally desirable prizes will choose either the one that is more expensive or the one with which they are more familiar. ███████ ███████ ███ ██ ████████ ███████ ███ ███████ █████████ ███ ███████ ██████████ ███████ █ ███ ██ ██ ████ ████ ██████ ██ █████ ██ ████ ██████████
Parallel questions have a highly regimented theory and approach – even if your core logical intuitions are very strong, following a routine process specifically built around the LSAT’s unique patterns will dramatically reduce the time and mental energy required to identify the correct answer. So review these lessons. They’re important.
In short, though, our approach will be to develop an abstract model of the stimulus’ argument, preserving the structure but not the subject matter, then take a shallow dip into the answer choices looking for structural mismatches. Usually that suffices to identify the correct answer, but sometimes we’ll need a deep dive to distinguish between the (usually just two) answer choices that remain after our shallow dip.
At its core, this is an eliminating options argument: there are exactly two options, and it’s not option 1, so it must be option 2.
We’re first given the general rule that when people are choosing game show prizes*, they always go with one of two strategies:
Strategy 1: pick the more expensive prize
Strategy 2: pick the more familiar prize
Then we zoom in on our boy Ed, who, as it happens, has just won a game show and is about to choose a prize. But there’s an additional piece of info:
Ed can’t use Strategy 2 (because both prizes areequally unfamiliar )
Since Strategy 2 is unavailable, Ed must go with Strategy 1 and pick the more expensive prize.
So the template we’re matching is pretty simple: we need to identify two options, eliminate one, and conclude it must be the other.
*Side Note: Wondering where the concept of
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