Timing of these sections

Started by philpetrina13 · started 2019-01-03 16:54 · last activity 2019-02-13 17:30 · 5 replies

Hi, I have found that I almost always run over the 8:45 time limit on each of these questions as a result of taking too long to set up the game. What do I need to do to ensure that I am completing these sections on time?

Replies

  1. Ravi · 2019-01-03 17:30

    @philpetrina13, While you do have an average of 8:45 per logic game on the logic games test, there are often two or three easier games and one or two more difficult ones, so you may find that some games you finish in under five minutes, while with others you may finish in nine or ten minutes. However, if you're always finishing above the 8:45 average time for each game, here's my recommendation: 1) If you haven't already done so, review the logic games videos in our curriculum so that you can begin familiarizing yourself with the various game types. 2) Practice, practice, and practice. Do the same game over several times so that you develop an intuitive feel for setting up the game board and making inferences. Your current pace on logic games is likely being affected by hesitation on your initial game set up as well as a failure to see many of the inferences that allow you to identify the correct answer choice. 3) When possible, create multiple hypotheticals/game boards up front. It almost always pays off to do as much work as possible in logic games before going to the questions because in doing so, you'll likely have the answers to several of the questions already. This can result in saving lots of time in finishing the game. Does this make sense? Let us know if you have any more questions!
  2. Michaelchueroa · 2019-02-03 00:15

    I am still a little confuse about this question.
  3. Ravi · 2019-02-06 00:31

    @Michaelchueroa, Happy to help. Let's start with setting up this game before looking at the question. We're told that a law firm has nine partners: F, G, H, I, J, K, L, M, and N Rule 1 says Kohn's salary is greater than both Inman's and Lopez's. 1) K - I K - L Rule 2 says Lopez’s salary is greater than Nassar’s. 2) L - N Rule 3 says Inman’s salary is greater than Fox’s. 3) I - F Rule 4 says Fox’s salary is greater than Malloy’s. 4) F - M Rule 5 says Malloy's salary is greater than Glassen's. 5) M - G Rule 6 says Glassen's salary is greater than Jacoby's. 6) G - J Rule 7 says Jacoby's salary is greater than Hae's. 7) J - H Now that we've mapped out the rules, let's see what we can combine. As it turns out, all of these rules can be merged together into one long chain. Rules 1 and 2 can be combined together K - I K - L - N Rules 3 and 4 can be combined together and also combined with rules 1 and 2 I - F - M K - I - F - M K - L - N Rules 5 and 6 can be merged together and combined with the large chain we've already built M - G - J K - I - F - M - G - J K - L - N Rule 7 can be combined with the large chain as well J - H K - I - F - M - G - J - H K - L - N Now we have a giant chain that should help us answer all of the questions in this game. You asked about question 5. The question states, "What is the minimum number of different salaries earned by the nine partners of the firm?" We know from our large chain that K - I - F - M - G - J - H, so all 7 of these pieces have relationships with one another and cannot occupy the same spot. We also know that K - L - N. So, we know that these three have a relationship, too. However, L and N do not have relationships with I - F - M - G - J - H, so technically L and N could be paired up with one of these game pieces, so long as L comes before N and the I - F - M - G - J - H order remains in-tact. As a result, we know that there are will be a minimum of 7 different salaries earned by the 9 partners because K - I - F - M - G - J - H means that there will be at least 7 spots, regardless of whether L and N are each paired with another partner or whether they go in their own slots. Since we know there must be at least 7 slots, (C) is our answer choice. Does this help? Let us know if you have any more questions!
  4. Michaelchueroa · 2019-02-13 07:31

    Thank You!
  5. Ravi · 2019-02-13 17:30

    @Michaelchueroa, you're welcome!

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