Right now, if I complete and blind-review a test section on its own, there's no way to have that score count toward a full prep test later. I'd have to manually re-enter my answers into the full test, or retake the whole test and re-answer everything, which distorts the data (since it'd be like having multiple copies of the same score on the same exam).
It would be really helpful to have a feature that lets me combine separately-completed sections into one full-length test score. This would let me properly blind review each section individually while still getting accurate full-test data, without manual re-entry or retaking sections I've already done. I think this would be especially helpful for people who have multi-day testing accommodations or might not have the time to do a full prep test everyday but can do 1-2 sections a day.
3 comments
Hey! I actually do individual sections and calculate my full score too! The easiest way to do this is to add up your -Xs from each scored section and look at the table here: 7Sage LSAT | Score Calculator & Converter
Say you completed the three scored sections from PT 156 and got -1, -2, and -4. That totals to -7, and you can find the score for -7 on PT 156 like so (171):
@PowerUp_Tutoring I typically do this but it’s nice to have the full scores on my 7Sage recorded since its hard to keep track otherwise, especially if you dont know the last time you took a PT or certain section (and to also help with full stats for analytics)
@SelinI I see your point. However, if the reason you want it on your stats is because of, say, the reality of multi-day testing accommodations, then this can be replicated by taking the full PT but exiting out of it between sections (this removes the automatic countdown).
Otherwise, if you are referring to individual sections taken over the course of your practicing without necessarily attempting to replicate a full PT to begin with, then having these sections auto-compile into full PT scores would likely skew the data upwards due to the removed structural constraints.