I've been using the Adaptive Drills a lot, but I was wondering if there could be another drilling feature to mimic the question difficulty order to match the real LSAT.
For example, on the current Adaptive drills, within a 10 Q set, a 5 star could be in the middle and the last 3 questions could be 1-2 stars. What if this other drilling feature could generate within a 10Q set 1-2 stars towards the beginning, mix of 3-5 stars from middle to the end, or a sequence that mimics the real LSAT?
Also, would it be possible to have a timer setting where on top of the current timing conditions (standard, 150%, 200%), you could choose to continue the clock, even if you run out of time? Let's say that you have a drill of 10Q that you want to do in 100%. You would click this additional time button on the drill generate page. When you are doing the drill, everything is the same until you finish the 100% timer. Once you hit 0:00, the clock starts counting back in red or another color and you have time to do finish the drill but in over time. Once you finish the drill and BR, you can see the timing you got in the 100% time and the extended time.
My reason for suggesting the timing feature is that sometimes I do a drill and don't get to finish the drill. I just run out of time. So, I see the question for the first time in BR, which means I don't really get to BR those missed questions. It would be great if you could have equal chances to BR on questions you answered and questions you missed in the selected timing.
Thanks 7sage Team!!
I read the stimulus and immediately thought: oh so the rattlesnake molts every year.
But then I took a step back and asked, what if the molting isn't constant? What if the rattlesnake molts 2x, 3x, 4x a year? What if it the molting isn't spaced out equally but happens more times in a certain part of the year like the mating season, and happens less times in a another part of the year? So then I started to see the gap as needing to discuss something about a constant rate.
So with that, I saw that:
A) incorrect because this feeds into our intutions as I had. We just assume it's a year but that doesn't have to be the case. The argument doesn't require this at all. In fact, if this was an SA question, A would be a perfect SA. A would guarantee the conclusion to be true, but is not required.
B) the appearance of rattlesnakes is irrelevant. We're talking about molting so appearance is not on point.
C) the fact that rattlesnakes molt more frequently when young than when old goes against our idea that we want it constant. If the frequency (the rate) of molting changed throughout the year, then we are going backwards from our prephrase of constant rate. If we negated this, "Rattlesnakes DO NOT molt more frequently when young then when old", we are told that "rattlesnakes molt at a costant rate". But this does not destroy the argument, it would actually flow. But don't get confused by negation test. We are trying to destroy the argument in Negation Test, not strenghten it. So, We know that C is directionally incorrect.
D) I almost chose this, but brittleness isn't relevant. Yes, D does say that "it is not correleated" which is attractive, but the subject and verb in this AC is "brittleness... is not correleated with.. rattlesnake's age". But we aren't talking about brittleness. Whether the rattle is brittle or not has no effect on the constant rate of molting.
E) E is phrased really awkwardly but I saw the pattern that made it different from the other AC. What E tells us is that "Rattlesnakes molt as often" which could be translated as "equally". So, "rattlesnackes molt equally as when food is scarce as when food is plentiful". While it's not what we might think, this AC still speaks towards our prephrase of "Constant Rate". If the molting is equal in both situations, then the rate is constant.
We could also apply negation test on E. If it were not the case that, rattlesnakes molt at equal rates when food is scarce as when food is plentiful, then this would destroy the argument.
Noticing that C is the opposite of E in BR really helped me realise how this question is tricky. When using negation test, we want to DESTROY the ARGUMENT. If the negated AC supports the argument, then it's not correct and that's how you could fall into a trap.